For barrel water production enterprises, the cleaning process of 18.9L (5-gallon) recycled barrels is the "first line of defense" for safeguarding drinking water safety and the key to determining product reputation and production efficiency. Traditional manual brushing is time-consuming and labor-intensive; one person can only clean about a hundred barrels a day. Moreover, dead corners such as the barrel shoulders and bottoms are prone to scaling and difficult to clean. Residues of moss and scale are likely to breed microorganisms, failing to meet food-grade hygiene standards. Simple spray equipment lacks sufficient cleaning power and is prone to damaging the barrel body, hindering the progress of large-scale production. With more than ten years of industry experience and 32 patented technologies, Anhui Xinke Water Treatment Equipment Co., Ltd. has accurately addressed industry pain points and developed the 18.9L barrel water high-pressure internal washing and external brushing machine. Empowered by core utility model technology, it achieves automatic, refined and efficient cleaning of recycled barrels, ensuring that every barrel of water meets safety standards and helping enterprises reduce costs, increase efficiency, improve quality and upgrade.

1. Patent Empowerment: Core Technology Builds Strong Strength

As the core flagship product of Anhui Xinke, this 18.9L barrel water high-pressure internal washing and external brushing machine is mainly based on the utility model patent technology of "A Spraying Washing Barrel Integrated Machine with High-Pressure Internal Washing and External Brushing" (Authorization Announcement No. CN224168269U). It breaks through the technical bottlenecks of traditional cleaning equipment, adopts the dual cleaning mode of "high-pressure internal washing + external brushing", and balances cleaning accuracy and production efficiency. It is a high-efficiency cleaning solution specially tailored for barrel water production enterprises, widely applicable to the recycling and cleaning scenarios of various 18.9L barrel water products such as purified water and mineral water. It is suitable for large-scale and continuous production needs, helping enterprises get rid of reliance on manual labor and achieve standardized production.

1. Four Core Technical Highlights, Addressing Industry Pain Points
2. Synchronous Cleaning Technology of High-Pressure Internal Washing and External Brushing: Bid farewell to the drawbacks of traditional equipment such as "asynchronous internal and external cleaning and difficult cleaning of dead corners". The equipment adopts a partitioned synchronous operation design of "high-pressure internal washing + external brushing", with a built-in high-pressure internal washing spray mechanism and an external rotating brushing mechanism. Driven by a precision gear mechanism, the 18.9L barrel rotates at a constant speed. The high-pressure internal washing mechanism extends into the barrel to spray high-pressure water flow, while the external brush synchronously rotates to brush the barrel surface, with internal and external forces working simultaneously and each performing its own function. High-pressure internal washing accurately peels off moss, scale and stubborn impurities from the inner wall of the barrel, and external brushing thoroughly removes stains from the outer surface of the barrel, leaving no residue or dead corners. The cleaning effect is more than 30% higher than that of traditional equipment, eliminating the hidden danger of microbial growth from the source and completely solving the industry pain points of uneven manual cleaning and incomplete cleaning.
3. High-Pressure Precision Pressure-Controlled Internal Washing System: Equipped with a high-performance high-pressure pump, it can stably output a flushing pressure of 80-100Kg. A custom nozzle specially designed for the inner cavity of the barrel sprays a 180-degree high-pressure water jet, which fully covers the inner wall of the barrel from the front, upper slope and lower slope, strongly peeling off stubborn stains and biofilms. At the same time, the precision pressure control design avoids damage to the barrel body caused by high-pressure water flow, extending the service life of the barrel. The equipment can flexibly adjust the spray pressure and flushing time according to the pollution degree of recycled barrels, adapting to slightly, moderately and heavily contaminated barrels without additional manual sorting, balancing cleaning effect and usage cost. Moreover, there is no hidden danger of brush hair falling off inside the barrel, eliminating secondary pollution.
4. Sealed 304 Stainless Steel Integrated Structure: The entire machine adopts a relatively closed structure design, which effectively prevents water splashing during the cleaning process, keeps the production site clean, and avoids cross-contamination between cleaning wastewater and barrels to be cleaned, complying with food-grade production standards. The body is made of SUS304 stainless steel, matched with food-grade brushes and seals, meeting GMP food hygiene standards. It is waterproof, easy to clean, corrosion-resistant and rust-free. It can not only avoid the impact of equipment rust on hygiene, but also extend the service life of the equipment and reduce later maintenance costs. Compared with ordinary carbon steel equipment, its durability is improved by more than 50%.
5. PLC Intelligent Automatic Control System: Equipped with an independent electrical control box, it adopts PLC programmable control technology. The core electrical components are selected from well-known brands such as Siemens and Omron, and the pneumatic components are from Airtac, ensuring stable and reliable operation with a low failure rate. The equipment can realize automatic operation of the entire process, including automatic barrel loading, positioning, cleaning, rinsing and barrel unloading, without manual on-duty, reducing the problems of uneven cleaning and low efficiency caused by manual intervention. At the same time, it has functions such as lid opening and stopping, intelligent timing and fault alarm, which is easy to operate, saves energy and time costs, and new operators can get started after simple training.
6. Five Core Advantages, Empowering Efficient Enterprise Production

• Up-to-Standard Cleanliness, Safeguarding the Bottom Line of Safety: With the dual support of high-pressure internal washing and external 360° rotating brushing, internal and external cleaning is carried out synchronously, which can completely remove stains, moss and residual impurities from the inner wall, shoulder, bottom and mouth of the barrel. After cleaning, the barrel fully meets food-grade hygiene standards, effectively reducing the risk of microbial growth, safeguarding the safety of barrel water from the source, helping enterprises create high-quality products and improve market reputation.
• High Efficiency and Energy Saving, Greatly Reducing Costs and Increasing Efficiency: Suitable for large-scale production needs, the single-barrel cleaning time is short, and the production capacity can reach 1000-3000 barrels per hour (depending on the model), which is more than 10 times higher than manual cleaning efficiency. One piece of equipment can replace 8-10 manual workers, greatly reducing labor costs. At the same time, it supports the recycling of cleaning water and can be equipped with a filtration system to greatly reduce water consumption; the gear linkage technology replaces the traditional belt drive, which is wear-resistant and durable, reduces the incidence of equipment failures, and further reduces maintenance costs and operating costs.
• Strong Adaptability, Flexibly Meeting Diverse Needs: Specially customized for 18.9L (5-gallon) barrel water, it can also be compatible with common barrel specifications such as 3-5 gallons by adjusting the limit rod, without additional equipment replacement, adapting to the production needs of different specifications of barrel water. The nozzle angle and brush pressure can be flexibly adjusted to adapt to recycled barrels with different pollution degrees, realizing non-destructive cleaning and avoiding cost waste caused by barrel damage.
• Easy Operation, Reducing the Operation Threshold: The full Chinese operation interface is simple and easy to understand; no professional and technical personnel are required on duty, and operators can operate independently after simple training. The equipment has functions such as fault alarm and automatic shutdown, which can timely troubleshoot operation problems and is convenient to maintain. Regular wiping and inspection can ensure the stable operation of the equipment, reducing the operation and management threshold of enterprises.
• Reliable Quality, Long Service Life: The core components are selected from well-known brands, the body is made of 304 stainless steel, and the sealed power chamber design prevents water vapor from entering, protecting the safe operation of internal components. The overall service life of the equipment is long, and it can operate stably for more than 5 years under normal maintenance, reducing equipment replacement costs and providing a reliable guarantee for the long-term production of enterprises.

1. Reasonable Structure, Full-Process Automation Saves Effort and Worry

Anhui Xinke 18.9L barrel water high-pressure internal washing and external brushing machine has a compact structure and scientific layout, with a small floor area, which can flexibly adapt to production sites of different scales. Whether it is a small and medium-sized barrel water enterprise or a large-scale production base, it can be easily integrated into the production line. From the product pictures, it can be clearly seen that the integrated design of the equipment is simple and elegant, the operation area is reasonably laid out, the sealed structure effectively isolates water splashing, the stainless steel body has an outstanding texture, and the detail processing meets production needs; from the product video, the full-process automatic operation of the equipment can be intuitively presented. From barrel transportation, positioning and cleaning to discharging, no manual intervention is required throughout the process, and the cleaning process is efficient and smooth, making production more worry-free and efficient.

1. Analysis of Core Structure
2. Power Chamber: Located at the bottom of the equipment, it contains core power components such as a high-pressure pump, a reduction motor and a gear mechanism. The input end of the high-pressure pump can be connected to a high-temperature water source pipeline to provide stable high-pressure water flow; the reduction motor drives the gear mechanism to realize the reverse rotation of the barrel and the spray pipe, providing sufficient power for cleaning. The power chamber adopts a sealed design, which effectively prevents water vapor from entering, protects the safe operation of internal components and reduces the failure rate.
3. Cleaning Chamber: Surrounded by isolation plates and the body, it is the core area for barrel cleaning. It is equipped with a high-pressure internal washing spray mechanism and an external rotating brushing mechanism. The high-pressure internal washing spray mechanism adopts a precise positioning design, which can extend into the barrel to achieve all-round, dead-angle-free high-pressure flushing; the external brushing mechanism adopts an enclosed rotating brush design to synchronously and fully brush the outer surface of the barrel; the brush is made of food-grade material, which is soft and wear-resistant, not only can thoroughly remove stains, but also will not damage the barrel wall, eliminating secondary pollution.
4. Conveying System: Composed of a barrel inlet conveyor line, a barrel outlet conveyor line, a manipulator and a lifting device. The barrel inlet conveyor line can automatically transport the barrels to be cleaned to the cleaning station, the manipulator accurately grabs the barrels and sends them to the lifting device, and the lifting device lifts the barrels to the cleaning position and fixes them stably; after cleaning, the lifting device and manipulator send the barrels back to the barrel outlet conveyor line, which automatically transports them to the next production process (filling, capping), realizing full-process automatic connection without manual transfer.
5. Control System: An independent electrical control box is equipped with a PLC controller, an operation panel and a fault alarm device, which can intuitively display the equipment operation status and cleaning parameters, support parameter adjustment and automatic/manual mode switching, and can flexibly set cleaning time, spray pressure and other parameters according to production needs, with convenient operation and quick adaptation to different production scenarios.
6. Full-Process Automatic Working Steps (Combined with Video Demonstration)
7. Automatic Barrel Loading: The operator places the recycled 18.9L empty barrels on the barrel inlet conveyor line. After the equipment is started, the conveyor line automatically transports the empty barrels to the cleaning station. The automatic barrel pushing mechanism (composed of a cylinder and a push rod) accurately pushes the barrels to the automatic barrel turning mechanism, quickly completing barrel loading and positioning without manual placement.
8. Barrel Fixing: The automatic barrel turning mechanism turns the barrel to a specified angle, the manipulator clamps the barrel accurately, the lifting device stably lifts the barrel to the specified position of the cleaning chamber, and the bottom brush rises synchronously to closely fit the bottom of the barrel, realizing stable fixing of the barrel, preventing the barrel from shaking during the cleaning process and ensuring uniform cleaning.
9. High-Pressure Washing and Brushing: The equipment starts the high-pressure pump and the external brushing component synchronously. The high-pressure internal washing spray mechanism extends into the barrel to spray high-pressure water flow, accurately flushing the inner wall and dead corners of the barrel. The external rotating brush synchronously brushes the outer surface of the barrel in all directions. At the same time, the gear mechanism drives the barrel to rotate at a constant speed, realizing 360° dead-angle-free cleaning, completely removing stains, moss and residual impurities from the barrel wall. The cleaning wastewater is discharged in an orderly manner through the bottom drain port to avoid water accumulation and bacterial growth.
10. Rinsing and Disinfection (Optional): After cleaning, the rinsing process can be started according to production needs. The equipment fully rinses the barrel through the low-pressure spray mechanism to remove residual cleaning fluid; at the same time, it can be equipped with high-temperature cleaning (adjustable water temperature) or chemical disinfection (ozone, disinfectant addition) functions to achieve multiple sterilization, ensuring that the barrel meets hygiene standards. The rinsing and cleaning areas are designed separately to avoid cross-contamination and further ensure the safety of barrel water.
11. Automatic Barrel Unloading: After cleaning and rinsing, the high-pressure pump and brush component stop working automatically, the lifting device descends stably, the manipulator releases the barrel, and accurately sends the barrel back to the barrel outlet conveyor line. The conveyor line automatically transports the cleaned barrel to the next production process, completing the entire cleaning process. No manual intervention is required throughout the process, realizing automatic closed-loop operation and greatly improving production efficiency.

III. Precise Parameters, Adapting to the Exclusive Needs of 18.9L Barrel Water

Parameter Name	Parameter Value	Remarks
Applicable Barrel Type	18.9L (5-gallon) barrel water	Compatible with common barrel specifications such as 5 gallons, no additional modification required
Flushing Pressure	15-20MPA	Pressure can be flexibly adjusted to adapt to barrels with different pollution degrees, non-destructive cleaning
Production Efficiency	1000-3000 barrels/hour	Depends on the model; production capacity can be customized and adjusted according to enterprise needs
Body Material	SUS304 Stainless Steel	Meets GMP food hygiene standards, waterproof, easy to clean, corrosion-resistant and rust-free
Control Mode	PLC Programmable Control	Chinese operation interface, supporting automatic/manual mode switching, easy to operate
Air Source Pressure	0.4-0.6MPa	Adapts to the stable operation of pneumatic components, ensuring the smooth operation of the equipment
Cleaning Method	High-Pressure Spraying + 360° Rotating Brushing	High-pressure internal washing + external rotating brushing, internal and external synchronous cleaning, no dead corners, no residue, more thorough cleaning
Core Components	High-Pressure Pump, Reduction Motor, PLC Controller, Food-Grade Brush	Selected from well-known brands, stable operation, low failure rate and long service life
Overall Dimensions	Customizable	Flexibly designed and adapted according to the size of the enterprise's production site

1. Diverse Scene Adaptation, Enterprise Strength Provides Escort
2. Wide Application Scenarios

This 18.9L barrel water high-pressure internal washing and external brushing machine focuses on the recycling and cleaning scenarios of 18.9L barrel water, and is widely used in various barrel water production enterprises such as purified water plants, mineral water plants and barrel water distribution centers. It is especially suitable for small and medium-sized barrel water enterprises, which can effectively solve the pain points of low manual cleaning efficiency, substandard cleaning and high labor costs, helping enterprises realize large-scale and standardized production and improve product quality and market competitiveness. At the same time, the equipment can be adapted to the cleaning of barrel products of similar specifications such as barrel wine and barrel vinegar, with a wide range of applications. One piece of equipment can meet multiple needs and improve equipment utilization.

2. Enterprise Strength and Comprehensive Guarantee

Anhui Xinke Water Treatment Equipment Co., Ltd. was established in 2014 with a registered capital of 20 million RMB. It is a professional enterprise integrating R & D, production, sales and service of water treatment equipment. With more than ten years of industry experience, it has rich industry practice experience, participated in many bidding projects, holds 32 patented technologies, and has a complete R & D system and modern production capacity, which can ensure the stable and reliable quality of products. For this high-pressure internal washing and external brushing machine, the company provides comprehensive and thoughtful after-sales service to solve the worries of enterprises: free on-site installation and commissioning with on-site guidance by professional and technical personnel; free technical training for operators to ensure quick start-up; free maintenance and replacement of damaged components during the equipment warranty period; and lifelong technical support and maintenance services, responding to equipment failure needs 24 hours a day, timely troubleshooting problems and ensuring the stable operation of the equipment. At the same time, it can customize and adjust equipment parameters and overall dimensions according to the actual production needs of enterprises, meet the personalized production needs of different enterprises, and truly realize "customization on demand and thoughtful service".

1. Summary of Core Value: Choose Xinke, Choose Peace of Mind and Comfort

Anhui Xinke 18.9L barrel water high-pressure internal washing and external brushing machine takes the "high-pressure internal washing and external brushing" utility model patent technology as the core, takes market demand as the orientation, integrates multiple advanced technologies such as high-pressure precision flushing, external rotating brushing and intelligent control, completely solves the industry pain points of traditional 18.9L barrel water recycling and cleaning, and achieves the core value of "more thorough cleaning, more outstanding efficiency, more convenient operation, more economical energy consumption and more reliable quality". Choosing this equipment can not only safeguard the bottom line of barrel water hygiene and safety, improve product quality and market reputation, but also greatly reduce labor costs, operating costs and maintenance costs, helping barrel water production enterprises get rid of reliance on manual labor and achieve automatic upgrading and large-scale development. Relying on Anhui Xinke's technical strength, quality assurance and comprehensive service, this high-pressure internal washing and external brushing machine has become the preferred equipment for many barrel water enterprises. It builds a solid hygiene line for barrel water with technological innovation, provides safer and healthier drinking water guarantee for consumers, and works hand in hand with enterprises to create a new future for the industry.

As a professional manufacturer of bottled water filling equipment, we specialize in providing high-efficiency, reliable, and customizable solutions for 3.5 litre, 5 litre, 10 litre, 12 litre, and 19 litre bottled water production lines. Our equipment is engineered to meet the strict standards of the beverage industry, ensuring consistent quality, operational stability, and cost-effectiveness for your water bottling business. Our Core Product Range: Filling Equipment for Multiple Capacity Bottles We understand that different market demands require flexible filling solutions. Our equipment is designed to seamlessly handle 3.5L, 5L, 10L, 12L, and 19L plastic bottles, covering the most common sizes for home, office, and commercial use. Whether you are a small-scale water plant or a large-scale beverage enterprise, we can tailor the equipment to match your production capacity and business needs. Key Features of Our Bottled Water Filling Equipment

• High Precision Filling: Equipped with advanced flow meter and level control technology, our equipment ensures accurate filling volume for each bottle (3.5L, 5L, 10L, 12L, 19L), minimizing water waste and ensuring product consistency. The filling error is controlled within ±0.5%, meeting international quality standards.
• Multi-Capacity Compatibility: A single production line can be adjusted to fill different bottle sizes (3.5L to 19L) without major modifications, saving your investment in multiple sets of equipment. The bottle clamping and conveying system is adjustable to fit various bottle shapes and heights.
• Hygienic & Food-Grade Design: All parts in contact with water are made of 304/316L stainless steel, which is corrosion-resistant, non-toxic, and easy to clean. The equipment adopts a closed filling system to prevent secondary pollution, complying with FDA, CE, and other international food safety certifications.
• High Efficiency & Energy Saving: The automatic control system (PLC + touch screen) realizes full-process automation, including bottle feeding, washing, filling, capping, labeling, and packaging. It reduces manual operation, improves production efficiency (up to 2000 bottles per hour for 19L, 5000 bottles per hour for 3.5L), and saves energy consumption by 15% compared to traditional equipment.
• Stable & Durable Performance: The key components (pumps, valves, conveyors) are selected from well-known international brands, ensuring long-term stable operation with low failure rate. The equipment is equipped with fault alarm and emergency stop functions, making maintenance and operation safer and more convenient.

Customized Solutions for Your Business We don’t offer one-size-fits-all equipment. Our team of professional engineers will work closely with you to understand your production scale, bottle specifications, and budget, then design a customized filling line solution for 3.5L, 5L, 10L, 12L, and 19L bottled water. Whether you need a semi-automatic line for small batches or a fully automatic line for mass production, we have the expertise to deliver the right solution. Why Choose Our Bottled Water Filling Equipment?

• Over 10 years of experience in designing and manufacturing bottled water filling equipment, serving customers in more than 50 countries worldwide.
• Strict quality control system: Each equipment undergoes 72 hours of continuous operation testing before delivery to ensure performance stability.
• Comprehensive after-sales service: We provide on-site installation, commissioning, training, and 24/7 technical support to solve your operational problems in a timely manner.
• Cost-effective: Our equipment offers high performance at competitive prices, helping you reduce production costs and improve market competitiveness.

Contact Us for Your Bottled Water Filling Needs If you are looking for reliable, efficient, and customizable bottled water filling equipment for 3.5 litre, 5 litre, 10 litre, 12 litre, or 19 litre bottles, we are here to help. Contact our sales team today to discuss your requirements, get a detailed quotation, and learn more about how our equipment can boost your bottled water business.

Our fully automatic Bottled Water Filling Equipment is engineered for precise, high-efficiency production of purified, mineral, and spring water in 350ml, 500ml, and 1500ml PET bottle sizes. Designed for turnkey beverage production lines, this integrated monoblock unit combines rinsing, filling, and capping in one compact structure, ideal for small to large-scale water bottling plants. Key Features

• Compatible with standard PET bottles: 350ml, 500ml, 1500mlwith easy size changeover, no complex part replacement required.
• Adopts gravity filling technology for stable liquid level control, avoiding overflow and waste, ensuring consistent filling accuracy.
• Full stainless steel 304 construction, food-grade sanitary design, easy cleaning and maintenance, compliant with food safety standards.
• High operational speed, stable running performance, low noise, and minimal failure rate for continuous mass production.
• Intelligent PLC control with touchscreen operation, automatic bottle detection, and no-bottle no-fill function to save production cost.
• Compact monoblock layout saves factory space, perfect for new water plant setup and production line upgrading.

Application Widely used for production of mineral water, purified water, drinking spring water, and other non-carbonated bottled water across beverage factories, drinking water plants, and industrial water bottling projects.

Our health product filling equipment is engineered specifically for the precise, hygienic, and high-efficiency filling of a full range of health and nutritional products, including liquid supplements, oral liquids, herbal extracts, vitamin solutions, probiotic drinks, syrup formulations, and functional health beverages. Designed with food-grade sanitary standards and GMP workshop compliance in mind, the equipment adopts fully automated flow control, precise metering technology, and sealed filling structure to avoid contamination, reduce product waste, and ensure consistent filling volume for every bottle. Our filling machinery supports flexible adaptation to various container types such as PET bottles, glass bottles, and plastic cans, with adjustable filling capacity to cover small-batch laboratory production to large-scale industrial mass production. Integrated with automatic bottle sorting, filling, capping, labeling, and conveying functions, the full-line solution greatly saves labor costs and improves overall production efficiency. Built with durable stainless steel construction, easy disassembly design for quick cleaning and maintenance, and intelligent PLC touchscreen operation, our health product filling equipment delivers stable performance, reliable running, and long service life — the ideal professional filling solution for health product manufacturers, pharmaceutical factories, and nutritional beverage production enterprises.

Our Fruit Juice Filling Equipment is engineered for full-line production of all types of fruit juice, including clear juice, cloudy juice, pulpy juice, nectar, and concentrated fruit juice. Designed for food-grade hygiene, high efficiency, and stable long-run operation, the complete line covers bottle rinsing, filling, capping, labeling, and packaging — ideal for new beverage factories and production line upgrades. Core Equipment Configuration

• Bottle Unscrambler: Automatically sorts and arranges empty PET/glass bottles for continuous feeding.
• Rinsing-Filling-Capping Monoblock: Integrated 3-in-1 unit for bottle washing, precise juice filling, and cap sealing; fully enclosed design to avoid secondary pollution.
• Sterilization System: Matches pasteurization or UHT sterilization to retain original fruit flavor and extend shelf life.
• Labeling & Coding Machine: Supports self-adhesive labels, date printing, and batch coding.
• Final Packaging Unit: Automatic carton packing and palletizing for finished goods.

Key Features

• Food Grade Standard: Full SUS304/316 stainless steel contact parts, meets food safety and GMP standards.
• Precision Filling: Volumetric/gravity filling technology, low foaming design, no overflow, accurate liquid level control.
• Wide Compatibility: Adapts PET bottles, glass bottles, and plastic bottles of different volumes (200ml–2L).
• Easy Operation & Maintenance: PLC intelligent control, touch screen interface, automatic fault alarm, easy cleaning and CIP self-cleaning.
• Customizable Capacity: Available from 6,000 BPH to 30,000 BPHto match small, medium and large production demands.

Application Scope Suitable for production of orange juice, apple juice, mango juice, grape juice, peach juice, mixed fruit juice, fruit nectar, and pulpy fruit drinks. Our Advantage We provide turnkey solutions including factory layout design, equipment manufacturing, installation, commissioning, staff training, and after-sales lifetime maintenance. The whole line saves labor cost, improves production efficiency, and ensures stable beverage quality for long-term commercial operation.

Our carbonated beverage filling equipment is engineered for high-efficiency, hygienic, and stable production of carbonated soft drinks, sparkling water, soda water, carbonated fruit drinks, and other aerated beverages. Integrating advanced isobaric filling technology, this full-line solution covers bottle rinsing, isobaric filling, capping, and seamless conveying, fully adapting to PET bottles, plastic bottles and other mainstream packaging formats. Core Features

• Isobaric Filling Technology: Maintains equal pressure inside the bottle and tank to prevent carbon dioxide loss, perfectly preserving beverage fizz, taste and shelf life.
• High Precision & Stable Output: Available in multiple capacity models from low to high speed, supporting production capacities of 6,000–30,000 bottles per hour with consistent filling volume accuracy.
• Full Hygienic Design: Food-grade stainless steel 304/316 contact parts, CIP automatic cleaning and sterilization system, effectively avoiding bacterial contamination and meeting food safety standards.
• Energy-Saving & Low Loss: Optimized pipeline and valve structure reduces beverage overflow and CO₂ consumption, cutting long-term production operating costs.
• Intelligent & Easy Operation: PLC automatic control, touch screen human-machine interface, automatic bottle feeding, no bottle no filling function, simple maintenance and low labor dependency.
• Wide Compatibility: Flexible adjustment for different bottle sizes, heights and cap types; quick format changeover to meet diversified product production demands.

Application Scope Suitable for mass production of all carbonated drinks: sparkling water, soda, cola-type beverages, carbonated fruit juice, energy carbonated drinks and other aerated liquid products, ideal for beverage factories, drinking water plants and food manufacturing enterprises. Equipment Advantage Compact integrated structure, small footprint, stable running performance, low failure rate and long service life. We provide customized layout design, installation commissioning, after-sales technical support and one-stop turnkey solutions for your entire carbonated beverage production line.

Overview Our sparkling water filling equipment is engineered for the full automatic production of carbonated sparkling water, soda water, and aerated beverage products. Designed for high efficiency, precise carbonation control, and stable long-term operation, the complete line integrates bottle rinsing, filling, capping, and conveying into one compact automated system. It is fully adaptable to PET bottles, glass bottles, and cans, catering to small, medium, and large-scale beverage factory production demands. Core Features

• Precise Carbonation & Filling Technology Isobaric filling design maintains stable internal pressure, preventing foam overflow and carbon dioxide loss. Ensures consistent sparkling level, taste uniformity, and minimal product waste.
• Full Automatic Integrated Design Combines rinser, filler, and capper in a monoblock structure; reduces floor space, simplifies operation, and lowers manual intervention. Supports automatic bottle feeding, positioning, filling, capping, and output.
• High Production Capacity Customizable speed ranging from 6,000 BPH to 30,000 BPH, perfectly matching commercial mass production for sparkling water, carbonated drinks, and aerated functional beverages.
• Food-Grade Stainless Steel Construction All liquid contact parts adopt premium 304/316 stainless steel, corrosion-resistant, easy to clean and sanitize, fully compliant with food safety and hygiene standards.
• Intelligent PLC Control Equipped with PLC touch screen control, frequency speed regulation, automatic fault alarm, and no-bottle no-filling function. Simple operation, real-time production data monitoring, and easy parameter adjustment.
• Low Operation & Maintenance Cost Optimized mechanical structure with durable wear parts; low energy consumption, low CO₂ wastage, and convenient daily maintenance to reduce long-term production costs.

Production Line Configuration

• Water treatment system (RO + carbonation mixing tank)
• Air conveyor & bottle unscrambler
• Monoblock rinsing-filling-capping machine
• Labeling machine & date coding machine
• Carton packing & palletizing system

Application Scope Ideal for producing pure sparkling water, mineral sparkling water, fruit-flavored soda water, carbonated soft drinks, and other aerated beverages. Widely used in beverage factories, mineral water plants, and drinking water production enterprises worldwide.

Our Laser Coding Machine is a high-precision, non-contact industrial marking equipment designed for permanent, clear and high-efficiency coding and marking on various product surfaces, serving as a critical supporting device for fully automated production lines across food, beverage, pharmaceutical, daily chemical, plastic and packaging industries. Adopting advanced laser marking technology with stable laser generator and high-speed scanning system, this machine delivers crisp, smudge-proof and wear-resistant markings including production dates, batch numbers, barcodes, QR codes, logos, serial numbers and custom text, without damaging the surface of materials such as plastic bottles, glass containers, film packages, metal caps and cartons. Unlike traditional ink coding, it requires no consumables, reducing long-term operating costs and eliminating ink leakage or contamination risks. Featuring fully automatic operation and seamless synchronization with upstream production equipment (such as filling machines, capping machines, shrink wrapping machines and palletizers), it realizes real-time dynamic coding without slowing down the production line speed, ensuring consistent marking effect even under high-speed continuous operation. Equipped with an intelligent PLC control system and user-friendly touchscreen interface, it supports quick parameter setting, easy pattern editing and one-key switching for different products, with minimal operation training required for staff. Built with a compact, sturdy and dust-proof industrial structure, this laser coding machine runs stably with low noise, low energy consumption and extremely low failure rate, adapting to long-term heavy-load production environments. It supports flexible installation methods (inline, side-mounted or overhead) to fit different production line layouts, and offers customized configurations to meet various marking size, speed and material compatibility demands. With permanent marking performance that complies with industrial traceability standards, our Laser Coding Machine helps enterprises improve product identification, strengthen quality traceability and enhance brand image. It is an indispensable and efficient coding solution for modern automated manufacturing and packaging lines, delivering reliable and maintenance-free operation for long-term production.

Our Automatic Palletizer Machine is a high-efficiency, intelligent material handling solution engineered to automate the stacking of finished products (such as bottled goods, cans, bags, and cartons) onto pallets—eliminating manual labor, reducing errors, and optimizing the end-of-line packaging process for modern manufacturing facilities. Designed for seamless integration with upstream packaging equipment (including automatic bagging machines, shrink wrapping machines, and bottling lines), this palletizer realizes fully automated operation from product conveying, sorting, layer forming to pallet stacking and output. It adapts to various product sizes, shapes, and pallet specifications, ensuring consistent, stable stacking with high precision. Equipped with advanced servo drive technology and a user-friendly PLC control system, the machine offers flexible parameter adjustment, allowing quick switching between different product types and stacking patterns. Its robust industrial structure ensures long-term stable operation even in harsh production environments, with low failure rates and minimal maintenance requirements. Key advantages include high stacking efficiency (significantly higher than manual palletizing), uniform layer arrangement (preventing product damage during storage and transportation), and labor cost savings—freeing up personnel for more value-added tasks. Optional configurations, such as automatic pallet feeding, pallet wrapping, and fault alarm systems, can be customized to meet your specific production throughput and operational needs. Widely applicable to food and beverage, pharmaceutical, chemical, daily chemical, and logistics industries, our Automatic Palletizer Machine streamlines your production workflow, improves operational efficiency, and enhances the safety and stability of your end-of-line handling. It is an essential equipment for building a fully automated, intelligent production

Product Overview Our Automatic Packaging Machine is engineered as an integral end-of-line solution perfectly matched with beverage, food, edible oil, juice, and water filling production lines. Designed for full inline synchronization with upstream filling, capping, and labeling processes, it delivers fully automated bagging, cartoning, case packing, sealing, and palletizing operations. It eliminates manual intervention, streamlines the entire production workflow, and achieves high-efficiency, stable, and standardized packaging for mass production filling lines. Core Features

• Full Line Synchronization: Seamlessly connects with high-speed filling lines (8000–30000 bottles/hour), auto speed matching without production downtime.
• Fully Automatic Operation: Auto bottle grouping, layer arranging, case loading, sealing, and strapping; one-click start and intelligent cycle running.
• Wide Compatibility: Adapts to PET bottles, glass bottles, cans, and plastic containers for water, juice, oil, carbonated drinks, and liquid food.
• Stable & Durable Structure: Heavy-duty stainless steel frame, anti-corrosion and easy cleaning, compliant with food-grade hygiene standards.
• Intelligent Control System: PLC + touchscreen operation, adjustable packaging parameters, fault self-diagnosis, and real-time production data display.
• Space-Saving Layout: Compact inline design to fit existing filling line layout, no major factory reconstruction required.
• High Efficiency & Cost Saving: Greatly reduces labor cost, improves packaging consistency, and minimizes product damage during packing.

Application Scope Specially designed for complete filling production lines:

• Mineral water & pure water filling lines
• Fruit juice & beverage filling lines
• Edible oil & olive oil filling lines
• Dairy drink & liquid food filling lines
• Carbonated drink & wine filling lines

Key Advantages for Your Website Perfect end-of-line supporting equipment for your full turnkey filling line project; improves overall line automation level, enhances production capacity, ensures neat and uniform packaging appearance, and boosts your product market competitiveness.

Automatic Shrink Wrapping Machine Our Automatic Shrink Wrapping Machine is a high-efficiency, fully automated packaging solution designed for collective bundling and sealed shrink packaging of bottled water, beverages, juice, edible oil, dairy products, food cans and daily chemical products. Engineered with premium mechanical structure and intelligent PLC control system, the machine realizes automatic feeding, arrangement, film wrapping, sealing and shrinkage forming in one continuous workflow. It adopts advanced constant-temperature heat shrink technology to ensure tight, smooth and wrinkle-free packaging effect with neat overall appearance. Featuring stable operation, low failure rate, energy saving and easy maintenance, this machine supports flexible adaptation to different product sizes and production capacities. It greatly saves manual packaging cost, improves production line efficiency and enhances product shelf display grade. Widely matched with drinking water production lines, beverage filling lines and other industrial packaging scenarios, it is an essential supporting equipment for modern automated factory production.

Blow Molding Machine Our high-performance blow molding machines are engineered for efficient, reliable production of PET, HDPE, PP and plastic containers across food, beverage, water, edible oil, pharmaceutical and daily chemical industries. Designed with robust mechanical structure and advanced PLC intelligent control system, the machine delivers stable molding accuracy, low energy consumption and easy operation & maintenance. It supports customized bottle capacity from small to large volume, with flexible mold change to adapt diversified product specifications. Adopting optimized clamping and blowing technology, it ensures uniform wall thickness, perfect bottle appearance and high finished product rate, ideal for medium and small batch production as well as mass manufacturing lines. Rotary Blow Molding Machine Our Rotary Blow Molding Machine is a high-speed continuous molding solution specially developed for large-scale high-output production demands. Featuring rotary turntable design with multi-cavity stations, it realizes uninterrupted automatic operation from preform loading, heating, stretching, blowing to bottle discharging. Equipped with precise temperature control heating system and servo drive technology, this rotary model achieves outstanding production efficiency with stable running performance and minimal failure rate. It is perfectly suitable for high-volume production of mineral water, carbonated drinks, juice, dairy and other PET bottled products, supporting production capacity up to 10,000 – 30,000 bottles per hour. Compact layout, energy-saving design and fully automated workflow greatly reduce labor cost and improve overall production line efficiency, being the preferred equipment for large beverage and water factory projects

Our Automatic Bagging Machine is a high-precision, fully automated packaging solution engineered to streamline the bagging process for a wide range of products, delivering efficiency, consistency, and cost savings for modern manufacturing and packaging facilities. Designed for seamless integration into automated production lines, this machine realizes end-to-end automatic operation—from product feeding, weighing (optional), bag opening, filling, sealing, and labeling to finished product conveying. It eliminates the inefficiencies and errors of manual bagging, significantly reducing labor costs while boosting production throughput. Crafted with a robust industrial-grade frame and advanced PLC intelligent control system, the automatic bagging machine ensures stable operation, low failure rates, and easy parameter adjustment to adapt to different product types, bag sizes, and filling requirements. It supports various bag materials (PE, PP, composite bags, etc.) and is widely applicable to granular, powdery, block, and irregular-shaped products—including food, feed, chemical raw materials, building materials, and daily necessities. Key features include precise filling accuracy (to avoid material waste), tight and reliable sealing (preventing leakage and contamination), and a user-friendly touchscreen interface for simple operation and real-time monitoring. Optional configurations (such as automatic weighing, date coding, and dust removal systems) can be customized to meet your specific production needs, making it a flexible solution for both small-batch and large-scale production. With energy-saving design, low noise operation, and easy maintenance, our Automatic Bagging Machine enhances your production line’s efficiency, improves product packaging quality, and elevates your overall operational competitiveness. It is an indispensable supporting equipment for automated packaging lines in food, chemical, pharmaceutical, and building materials industries.

Our Automatic Air Dryer Machine is engineered as an essential end-of-line solution designed to efficiently remove surface water droplets, moisture and dust from freshly filled plastic bottles, glass bottles and containers after rinsing, filling and capping processes. Built with heavy-duty industrial structure and high-efficiency centrifugal air blowing technology, the machine delivers strong, uniform airflow to completely dry the entire bottle body, neck and base without damaging product labels or container shape. Fully automatic operation synchronizes seamlessly with upstream filling and packaging lines, requiring minimal manual intervention. Equipped with intelligent speed regulation and stable running system, it features low noise, energy saving, long service life and easy daily maintenance. It perfectly eliminates surface water to prevent label peeling, mold growth and packaging defects, ensuring clean, dry and premium-looking products before shrink wrapping, labeling and final packing. Widely applicable for drinking water, beverage, juice, edible oil, pharmaceutical and daily chemical production lines, it is an indispensable supporting equipment for fully automated bottling production systems.

Crafted for natural mountain spring water extraction, purification, and bottled production, our mountain spring water equipment line is engineered to preserve the original natural minerals, trace elements, and pure taste of mountain spring water. Fully tailored for natural spring water source development, small to medium water plants, and scenic area drinking water projects, the whole production line realizes automatic raw water treatment, precision filtration, sterile purification, and high-speed bottling & packaging. Core Equipment Configuration

• Raw Water Intake & Pre-Treatment System Specialized pipeline water intake device, coarse filter, sedimentation tank and raw water booster pump, effectively intercept suspended solids, sediment, leaves and large impurities from mountain spring raw water, stabilize water inflow quality for subsequent processing.
• Multi-Stage Precision Filtration System Quartz sand filter, activated carbon filter, softener and security filter; removes peculiar smell, residual impurities, excess hardness and heavy metal substances, retain natural beneficial minerals without destroying the original water properties.
• Ultrafiltration Purification System Food-grade hollow fiber ultrafiltration equipment, adopts physical membrane separation technology to filter bacteria, colloid, microorganisms and tiny particles. No chemical additives, keeps mountain spring water natural, fresh and compliant with drinking water safety standards.
• Sterilization & Disinfection System UV sterilizer + ozone disinfection integrated unit, thorough sterilization without secondary pollution, effectively extend shelf life of finished spring water, ensure long-term safe drinking.
• Full Automatic Bottling & Filling Line Integrated bottle rinsing, filling, capping monoblock machine, suitable for PET plastic bottles and glass bottles; automatic bottle feeding, water filling, cap sealing, stable operation, high production efficiency.
• Post-Packaging Auxiliary Equipment Labeling machine, date coding machine, film wrapping machine and conveying platform, complete automatic labeling, production date printing and whole case packaging, realize one-stop production from raw water to finished products.

Key Features & Advantages

1. Natural Taste Preservation Physical filtration and purification technology only remove harmful impurities, fully retain natural calcium, magnesium and trace elements of mountain spring water, maintain original ecological water taste.
2. Customized Capacity Design Support customized production capacity from 1000L/H to 20000L/H, match small spring water workshops to large professional water factories.
3. Fully Automatic Intelligent Operation PLC intelligent control, one-key start, automatic water quality monitoring and fault alarm, reduce manual intervention, save labor cost.
4. Food-Grade Material Safety All water contact parts adopt 304/316 stainless steel and food-grade membrane materials, corrosion-resistant, easy to clean, meet international drinking water hygiene standards.
5. Space-Saving & Easy Installation Compact integrated layout, simple foundation requirement, convenient on-site installation, commissioning and daily maintenance.

Application Scenarios Natural mountain spring water factories, scenic spot drinking water projects, rural centralized drinking water supply, resort boutique spring water production, and commercial bottled spring water manufacturing.

We deliver complete, high-efficiency mineral water production equipment lines tailored for natural mineral water spring plants, bottled mineral water factories, and drinking water industrial projects. Our full-range machinery covers every process from raw water source treatment → purification → filtration → sterilization → bottle blowing → filling → capping → labeling → packaging, delivering stable output, low operational cost, and fully compliant mineral water that meets international drinking water standards. Core Equipment Range

• Raw Water Pretreatment System Iron & manganese removal filters, quartz sand filters, activated carbon filters, precision security filters — effectively remove sediment, odor, heavy metals and impurities from spring/mineral raw water.
• Mineral Water Purification & Filtration System Ultrafiltration (UF) membrane systems specially designed for mineral water, preserving natural beneficial minerals while eliminating bacteria, colloid and microorganisms without altering original water quality characteristics.
• Sterilization System UV sterilizers, ozone mixing & disinfection systems — ensure full microbiological safety and long shelf life for bottled mineral water.
• PET Bottle Blow Molding Machine Automatic one-stage/two-stage bottle blowers for 330ml, 500ml, 1L, 1.5L and 2L mineral water PET bottles; high output, low power consumption, stable bottle forming.
• Automatic Washing-Filling-Capping Monoblock Integrated 3-in-1 monoblock unit for mineral water bottling; available in capacity from 6,000BPH to 30,000BPH, fully automatic rinsing, filling and capping with high precision and no liquid leakage.
• Post-Packaging Equipment Automatic bottle labeling machines, inkjet date printers, film shrink packaging machines, carton packing & palletizing robots — complete end-of-line packaging solutions.

Key Advantages ✅ Preserves natural mineral elements while removing harmful impurities ✅ Full automatic operation, minimal labor requirement ✅ Customizable production capacity & line layout for new factory construction ✅ Food-grade stainless steel material, corrosion-resistant & easy maintenance ✅ Turnkey service: design, manufacturing, installation, commissioning & after-sales support ✅ Compliant with global food safety and drinking water production regulations Application Scenarios Natural mineral water spring factories, commercial bottled mineral water production lines, drinking water plant turnkey projects, rural mineral water processing workshops, and large industrial water supply projects.

Our Pure Water Equipment series delivers fully engineered, turnkey water purification solutions tailored for drinking water production, food & beverage, pharmaceuticals, cosmetics, industrial manufacturing, and municipal water projects. Built with advanced water treatment technology including RO reverse osmosis, UF ultrafiltration, activated carbon filtration, softening system, precision microfiltration, and EDI deionization, our pure water equipment effectively removes sediment, bacteria, heavy metals, chlorine, impurities, and dissolved solids from raw water. Core Equipment Features

• Full automatic running, one-key operation, low labor cost
• Food-grade 304/316L stainless steel pipeline, safe and corrosion-resistant
• High water recovery rate, energy-saving and water-saving design
• Modular structure, easy installation, maintenance and expansion
• Customizable capacity: 500L/H – 50m³/H to match different production demands
• Stable water quality, meets national drinking water and industrial pure water standards

Application Fields Bottled drinking water, mineral water, beverage filling factories, food processing, pharmaceutical factories, cosmetic production, electronic industrial ultra-pure water, hotel & school centralized water supply, and rural safe drinking water projects. We provide custom design, on-site installation, commissioning, and lifelong after-sales service to support your full pure water production line layout.

Overview Containerized Reverse Osmosis (RO) Systems are fully integrated water treatment units installed داخل standard containers, designed for rapid deployment and reliable operation. These systems are ideal for projects requiring mobility, fast installation, and high-capacity performance. Key Features

• Plug-and-play design with minimal installation time
• Compact, modular, and easy to transport
• Fully pre-assembled and factory tested
• Durable, weatherproof container structure
• PLC-based automatic control system

Technical Specifications

• Filtration precision: 0.0001 μm
• Desalination rate: ≥ 98%
• Capacity: 1 – 500+ Ton/hour (multi-container scalable systems)

Applications

• Remote and temporary installations
• Industrial and mining operations
• Emergency and disaster relief water supply
• Construction and infrastructure projects

Overview Our Iron and Manganese Removal Equipment is engineered specifically to eliminate excessive dissolved iron, manganese, and suspended impurities from raw groundwater, well water, and industrial process water. Designed with advanced oxidation and filtration technology, it effectively resolves common water quality issues such as yellowish water color, metallic odor, pipeline rust scaling, and equipment corrosion. The system delivers stable standard-compliant water output for drinking water supply, industrial production, municipal water treatment, and commercial use. Core Working Principle

1. Aeration Oxidation Natural aeration forces dissolved ferrous iron and divalent manganese in raw water to oxidize into insoluble ferric oxide and manganese dioxide particles.
2. Multimedia Filtration Specialized filter media (manganese sand, quartz sand, activated carbon) intercepts and adsorbs oxidized iron and manganese precipitates.
3. Automatic Backwashing Built-in automatic backwash system periodically cleans the filter layer to avoid clogging, maintain long-term stable operation, and extend service life without frequent manual maintenance.

Key Features

• High removal efficiency: Removes iron up to ≤0.3mg/L and manganese up to ≤0.1mg/L, fully meeting national drinking water and industrial water standards.
• Fully automatic operation: Intelligent control for automatic water inflow, filtration, and backwashing, minimal labor intervention.
• Durable filter media: Long service life, no frequent replacement, low operational cost.
• Compact & modular design: Small footprint, easy installation, on-site commissioning and capacity expansion.
• Anti-corrosion structure: Tank and pipeline adopt food-grade/industrial-grade anti-rust material, safe and pollution-free.
• Wide adaptability: Suitable for high-iron high-manganese well water, groundwater, rural drinking water projects, factory circulating water, and pretreatment water systems.

Application Fields ✅ Rural & residential drinking water treatment ✅ Industrial factory process water & boiler make-up water ✅ Mining, construction, and underground water purification ✅ Municipal waterworks and community water supply projects ✅ Food, beverage, and beverage factory raw water pretreatment

Our Water Softening Equipment is specially engineered to eliminate hardness ions such as calcium and magnesium from raw water, effectively preventing pipeline scaling, equipment fouling, and corrosion. Adopting advanced ion exchange softening technology, our systems deliver stable softened water quality, extend the service life of downstream water treatment equipment, reduce maintenance costs, and optimize daily operational efficiency for commercial, industrial and residential applications. What is Water Softening Technology ? Water hardness is mainly caused by dissolved calcium and magnesium salts in raw water, which easily form limescale on pipes, boilers, heat exchangers and membrane systems. Our water softener uses high-performance cation exchange resin to adsorb calcium and magnesium ions and replace them with sodium ions. This permanently removes water hardness, inhibits scale formation, and maintains optimal water quality for long-term continuous operation. The equipment supports automatic on-site resin regeneration, requiring no complex manual operation. Working Principle

1. Softening Process Raw water flows through the resin tank; cation exchange resin captures calcium and magnesium ions to produce standard softened water for production and domestic use.
2. Automatic Regeneration When the resin reaches saturation, the system automatically triggers regeneration via brine suction, slow rinsing, fast rinsing and water replenishment processes to restore resin adsorption capacity.
3. Continuous Cycle Operation Dual-tank alternative operation design ensures 24-hour uninterrupted water supply, perfectly matching stable production demands.

Key Features & Advantages

• Efficient Hardness Removal Thoroughly removes calcium, magnesium and scale-forming substances, outlet water hardness close to 0 mmol/L.
• Fully Automatic Operation Intelligent PLC controller realizes automatic regeneration, water supply and fault alarm, minimal manual intervention.
• Long Service Resin & Tank Design Food-grade high-capacity ion exchange resin and anti-corrosion fiberglass pressure tank ensure durability and stable performance.
• Cost & Energy Saving Reduces boiler fuel consumption, protects RO, UF and EDI downstream equipment, cutting maintenance and replacement costs significantly.
• Compact Modular Structure Space-saving layout, easy installation, movement and capacity expansion; suitable for new project installation and old system upgrading.
• Safe & Eco-Friendly Food-grade material configuration, no harmful substances dissolved, compliant with industrial and drinking water safety standards.

Our EDI (Electrodeionization) Ultrapure Water Equipment represents the pinnacle of advanced water purification technology, designed to produce high-purity water with exceptional consistency, efficiency, and sustainability. Unlike traditional ion exchange systems, our EDI solutions eliminate the need for chemical regeneration, delivering cost-effective, environmentally friendly ultrapure water for critical industrial, pharmaceutical, and electronic applications where water quality is non-negotiable. What is EDI Ultrapure Water Technology? Electrodeionization (EDI) is a synergistic combination of ion exchange resin and electrodialysis, leveraging electrical energy to continuously remove ions from water without the use of chemical regenerants (such as acid and alkali). Our EDI systems integrate cation and anion exchange resins within a membrane stack, where an electric field drives ions through selective membranes—resulting in ultrapure water with resistivity up to 18.2 MΩ·cm (at 25°C) and total organic carbon (TOC) levels as low as 1–5 ppb. This innovative technology eliminates the downtime, chemical handling risks, and environmental impact associated with conventional ion exchange, making it the preferred choice for industries requiring consistent, high-grade ultrapure water. Core Working Principle Our EDI ultrapure water equipment operates through a three-stage integrated process, ensuring unparalleled purification performance:

1. Pretreatment Integration: Feedwater (typically pre-treated by reverse osmosis/RO) enters the EDI module, where suspended solids, colloids, and residual organics are removed to protect the EDI membrane stack and resin.
2. Ion Exchange & Electrodialysis: Inside the EDI stack, ion exchange resins adsorb remaining dissolved ions (cations and anions) from the water. An applied electric field then regenerates the resins in-situ, driving ions through cation-exchange and anion-exchange membranes to concentrated brine streams, which are flushed away.
3. Polishing & Ultrapure Output: The treated water undergoes a final polishing stage to remove trace impurities, delivering ultrapure water that meets or exceeds international industry standards for resistivity, TOC, and particle count.

Key Features & Competitive Advantages

• Chemical-Free Operation: Eliminates the need for acid/alkali regeneration, reducing chemical procurement, storage, and disposal costs—while eliminating environmental pollution and operator safety risks.
• Ultrapure Water Quality: Consistently produces water with resistivity up to 18.2 MΩ·cm, TOC ≤ 5 ppb, and particle count (≥0.2 μm) ≤ 10 particles/mL, meeting the strictest requirements of high-tech, pharmaceutical, and laboratory applications.
• Continuous, Uninterrupted Operation: 24/7 automated operation with no downtime for resin regeneration, ensuring stable water supply and improving production efficiency.
• Energy & Cost Efficiency: Low energy consumption (3–8 kWh/m³ of ultrapure water) and minimal maintenance requirements reduce long-term operational costs compared to traditional ion exchange systems.
• Durable & Reliable Design: High-quality EDI membrane stacks (made of PVDF, PEEK, and high-performance ion exchange resins) ensure long service life (5–8 years for membrane stacks) and consistent performance even in harsh operating conditions.
• Intelligent Automation: Equipped with a PLC-based control system, featuring real-time monitoring of water resistivity, flow rate, pressure, and temperature—with automatic alarm, cleaning, and shutdown functions for hassle-free operation.
• Modular & Scalable: Modular design allows for easy expansion to adapt to changing water demand, making it suitable for small-scale laboratory use (100 L/h) to large-scale industrial production (100 m³/h).

Application Areas Our EDI ultrapure water equipment is engineered to meet the critical water purification needs of multiple high-precision industries, including:

• Electronics & Semiconductor: Wafer fabrication, semiconductor packaging, printed circuit board (PCB) production, and electronic component cleaning—where ultrapure water prevents contamination and ensures product reliability.
• Pharmaceutical & Biotech: Production of injectable drugs, APIs (Active Pharmaceutical Ingredients), sterile formulations, and laboratory testing—complying with FDA, GMP, and USP standards for water purity.
• Laboratory & Research: Analytical laboratories, academic research, and quality control (QC) facilities—providing high-purity water for HPLC, GC, spectroscopy, and other precision analytical techniques.
• Power Generation: Boiler feedwater treatment for thermal power plants, nuclear power plants, and combined cycle power plants—preventing scaling, corrosion, and equipment damage.
• Electroplating & Metal Finishing: High-purity water for electroplating, anodizing, and metal polishing—ensuring uniform coating quality and preventing surface defects.
• Food & Beverage: Production of high-end beverages, food processing, and beverage bottling—ensuring product safety and taste consistency.

Technical Specifications Our Service Commitment We understand that ultrapure water is critical to your operations, which is why we offer end-to-end solutions beyond just equipment supply. Our team of professional engineers provides personalized consultation, custom system design (tailored to your specific flow rate and water quality requirements), on-site installation, commissioning, and comprehensive after-sales support—including maintenance, membrane replacement, and technical training. Our EDI ultrapure water equipment is backed by a reliable warranty and a global service network, ensuring minimal downtime and maximum operational efficiency for your business. Contact our team today to discuss your ultrapure water needs and discover how our EDI equipment can elevate your production processes, reduce costs, and ensure compliance with industry standards.

Our ultrafiltration (UF) equipment is engineered to deliver high-efficiency, reliable separation and purification solutions for a wide range of industrial, municipal, and commercial applications. Leveraging advanced membrane technology and precision engineering, our UF systems effectively remove suspended solids, colloids, bacteria, viruses, and macromolecular substances while preserving valuable small-molecule components—ensuring consistent, high-quality output that meets the strictest industry standards. Core Technology & Working Principle At the heart of our ultrafiltration equipment lies a high-performance membrane module, featuring porous membranes with a molecular weight cut-off (MWCO) ranging from 1,000 to 1,000,000 Daltons. The separation process operates on the principle of pressure-driven filtration: feedwater is pumped through the membrane under controlled pressure, where the membrane acts as a physical barrier—allowing water, small molecules, and ions to pass through (permeate) while retaining larger contaminants (retentate). Our membranes are crafted from premium materials (including PVDF, PES, and PAN) to ensure exceptional chemical resistance, mechanical stability, and long service life. The cross-flow design of our systems minimizes membrane fouling, reducing maintenance frequency and ensuring consistent performance even in high-solids feedwater environments. Key Features & Advantages

• High Filtration Efficiency: Delivers superior separation performance with removal rates of up to 99.9% for suspended solids, bacteria, and viruses, ensuring permeate quality that exceeds industry requirements.
• Energy-Efficient Operation: Optimized hydraulic design and low operating pressure (0.1–0.5 MPa) reduce energy consumption, lowering your overall operational costs.
• Durable & Low-Maintenance: Premium membrane materials and anti-fouling technology extend membrane lifespan (2–5 years) and minimize cleaning frequency, reducing downtime and maintenance costs.
• Flexible & Scalable Design: Modular structure allows for easy expansion or modification to adapt to changing processing volumes and application needs—ideal for both small-scale pilot projects and large-scale industrial operations.
• Environmentally Friendly: No chemical additives required for basic filtration, reducing environmental impact and ensuring compliance with green operation standards.
• Intelligent Control System: Equipped with a PLC-based automatic control system, featuring real-time monitoring of pressure, flow rate, and permeate quality, with automatic cleaning and alarm functions for hassle-free operation.

Application Areas Our ultrafiltration equipment is versatile and tailored to meet the needs of multiple industries, including:

• Municipal Water Treatment: Pretreatment for reverse osmosis (RO) systems, drinking water purification, and wastewater reuse.
• Industrial Water Treatment: Process water purification for food & beverage, pharmaceutical, electronics, textile, and chemical industries; wastewater treatment and recycling to reduce water consumption.
• Biotechnology & Pharmaceutical: Concentration and purification of proteins, enzymes, and biological macromolecules; sterile filtration of pharmaceutical products.
• Food & Beverage: Clarification of fruit juices, dairy products, and wine; removal of suspended solids and microorganisms to improve product quality and shelf life.
• Wastewater Treatment: Treatment of industrial and municipal wastewater to meet discharge standards or enable water reuse, reducing environmental footprint.

Our Commitment We are dedicated to providing not just high-quality ultrafiltration equipment, but comprehensive solutions tailored to your specific needs. Our team of experienced engineers offers professional consultation, custom system design, on-site installation, and after-sales support—ensuring your UF system operates at peak performance for years to come. Whether you need a standard system or a fully customized solution, we have the expertise and technology to deliver results that drive efficiency, reduce costs, and meet your purification goals. Contact us today to learn more about how our ultrafiltration equipment can elevate your water treatment or purification processes.

At Anhui Xinke Water , we offer industry-leading reverse osmosis (RO) equipment designed to deliver high-purity water solutions for commercial, industrial, and municipal applications. Our RO systems leverage advanced membrane technology, precision engineering, and energy-efficient design to remove contaminants, dissolved solids, and impurities—ensuring consistent, reliable water quality that meets or exceeds global industry standards. What is Reverse Osmosis? Reverse osmosis is a advanced water purification process that uses a semi-permeable membrane to separate water molecules from dissolved solids, organic compounds, heavy metals, bacteria, and other contaminants. By applying controlled pressure to the feedwater, the RO membrane allows only pure water (permeate) to pass through, while rejecting impurities (concentrate) for disposal or recirculation. This process delivers water of exceptional purity, making it ideal for applications where water quality is critical. Our RO Equipment Range We offer a comprehensive lineup of RO systems, customizable to meet your specific flow rate, purity requirements, and operational needs. Our product range includes:

1. Commercial RO Systems

Engineered for small to medium-scale applications such as restaurants, hotels, offices, and small manufacturing facilities. These compact, easy-to-install systems deliver flow rates from 500 LPH to 5,000 LPH, with customizable purity levels (90-99% rejection of dissolved solids). Key features include automatic shut-off, low-pressure protection, and user-friendly control panels for hassle-free operation.

2. Industrial RO Systems

Designed for heavy-duty industrial use, including manufacturing, pharmaceuticals, electronics, food & beverage, and wastewater treatment. Our industrial RO systems handle flow rates from 5,000 LPH to 100,000+ LPH, with high-rejection membranes (up to 99.8% for dissolved solids) and robust construction to withstand harsh operating conditions. Optional features include pre-treatment modules (sand filtration, carbon filtration, softening), chemical dosing systems, and PLC-based automation for remote monitoring and control.

3. Municipal RO Systems

Tailored for public water supply, desalination projects, and municipal wastewater reuse. These large-scale systems are engineered to meet strict regulatory standards, with high-efficiency membranes, energy recovery devices, and advanced monitoring systems to ensure consistent performance. Our municipal RO solutions help communities address water scarcity, improve water quality, and reduce reliance on traditional water sources.

4. Custom RO Solutions

Every application has unique requirements—our team of engineers works closely with you to design custom RO systems that align with your specific water quality goals, flow rate needs, and budget. From pre-treatment to post-treatment (e.g., UV disinfection, deionization), we integrate all components to create a turnkey solution that delivers optimal performance and long-term reliability. Key Features of Our RO Equipment

• High-Rejection Membranes: Utilizing premium thin-film composite (TFC) membranes from leading manufacturers, ensuring maximum removal of dissolved solids, heavy metals (lead, arsenic, cadmium), organic matter, and microorganisms.
• Energy Efficiency: Equipped with low-energy pumps, energy recovery devices, and optimized flow designs to reduce power consumption—lowering your operational costs while minimizing environmental impact.
• Durable Construction: Corrosion-resistant materials (stainless steel, FRP) for tankage, piping, and components, ensuring long service life even in harsh environments.
• User-Friendly Operation: Intuitive control panels, automatic monitoring, and alarm systems for easy operation and maintenance. Optional remote access allows you to monitor system performance from anywhere.
• Compliance & Certification: All our RO equipment meets international standards (ISO, NSF, FDA) and is certified for use in potable water, pharmaceutical, and food & beverage applications.

Applications of Our RO Equipment Our reverse osmosis systems are versatile and suitable for a wide range of applications, including:

• Potable water production (residential, commercial, municipal)
• Industrial process water (electronics, pharmaceuticals, chemical manufacturing)
• Food & beverage processing (bottled water, juice, dairy)
• Wastewater treatment and reuse
• Desalination (seawater and brackish water)
• Laboratory and medical water (ultra-pure water for experiments, dialysis)

Why Choose Our RO Equipment? At Anhui Xinke Water we don’t just sell equipment—we deliver complete water solutions backed by expertise, support, and innovation. Here’s why customers trust us:

• Expert Engineering: Our team of experienced water treatment engineers designs and tests every system to ensure optimal performance and reliability.
• Quality Assurance: We source only premium components and conduct rigorous quality checks at every stage of manufacturing to ensure consistent, long-lasting performance.
• Comprehensive Support: From installation and training to maintenance and repair, our technical support team is available 24/7 to keep your system running smoothly.
• Cost-Effective Solutions: Our energy-efficient designs and durable components reduce operational and maintenance costs, delivering long-term value for your investment.

As a reliable provider of water treatment solutions, we offer cutting-edge seawater desalination systems designed to address global water scarcity challenges, delivering high-quality, potable water from seawater for industrial, municipal, and commercial applications. Our systems integrate advanced technology, energy efficiency, and robust design to ensure consistent performance, compliance with international water standards, and long-term operational stability. Our Desalination Technology & Solutions We specialize in two core, industry-proven seawater desalination technologies, tailored to meet diverse capacity and operational requirements. Each solution is engineered to minimize energy consumption, reduce environmental impact, and optimize water recovery rates—ensuring maximum efficiency and cost-effectiveness for our clients.

1. Reverse Osmosis (RO) Seawater Desalination System

Our RO seawater desalination system is the industry standard for high-efficiency, large-scale water production, leveraging semi-permeable membranes to separate dissolved salts, minerals, and contaminants from seawater. This technology delivers exceptional water quality, with salt rejection rates exceeding 99.5%, producing water that meets or exceeds WHO, EPA, and local drinking water standards.

• Key Features: Low energy consumption (optimized with energy recovery devices), modular design for easy scalability, automated control systems for 24/7 unattended operation, and corrosion-resistant materials (316L stainless steel, FRP) to withstand harsh seawater environments.
• Capacity Range: 50 m³/day to 10,000 m³/day, suitable for small coastal communities, industrial plants, resorts, and municipal water supply.
• Applications: Municipal drinking water supply, industrial process water (power plants, refineries, manufacturing), coastal tourism facilities, and emergency water supply during droughts or natural disasters.

2. Multi-Effect Distillation (MED) Seawater Desalination System

For applications requiring high-purity water or operating in regions with abundant low-grade heat (e.g., power plants, industrial waste heat), our MED system offers a thermal desalination solution that is highly reliable and resilient. MED uses multiple evaporation-condensation stages to distill seawater, producing ultra-pure water with minimal scaling and fouling.

• Key Features: High water recovery rate (up to 90%), compatibility with low-temperature heat sources (reducing energy costs), robust design for continuous operation, and minimal chemical usage (eco-friendly operation).
• Capacity Range: 100 m³/day to 50,000 m³/day, ideal for large-scale municipal projects and industrial facilities with access to waste heat.
• Applications: Large municipal water supply, power plant boiler feedwater, pharmaceutical and electronics manufacturing (high-purity water), and desalination plants in remote coastal areas.

System Advantages Our seawater desalination systems stand out in the market due to their unique combination of performance, efficiency, and reliability—designed to deliver long-term value for our clients:

• Superior Water Quality: Consistent production of potable water with total dissolved solids (TDS) levels below 500 ppm, free from harmful contaminants, bacteria, and viruses.
• Energy Efficiency: Integration of energy recovery systems (ERDs) and optimized process design to reduce energy consumption by 20-30% compared to conventional desalination systems.
• Durability & Longevity: Use of corrosion-resistant materials and advanced membrane technology (for RO) ensures a system lifespan of 15-20 years with minimal maintenance.
• Scalability & Flexibility: Modular design allows for easy expansion as water demand grows, and systems can be customized to adapt to varying seawater conditions (salinity, temperature, turbidity).
• Environmental Compliance: Low discharge of brine (with optional brine concentration systems to minimize environmental impact) and reduced chemical usage, aligning with global sustainability standards.
• Smart Operation & Maintenance: Automated PLC control systems with remote monitoring capabilities, enabling real-time performance tracking, predictive maintenance, and reduced operational costs.

Our Commitment to Quality & Sustainability We adhere to strict international quality standards (ISO 9001, ISO 14001, OHSAS 18001) throughout the design, manufacturing, installation, and commissioning of our seawater desalination systems. Our goal is to provide sustainable water solutions that not only meet current water needs but also contribute to global water security—reducing reliance on finite freshwater resources and minimizing environmental impact. From initial feasibility studies and custom system design to on-site installation, training, and after-sales support, our team of experienced engineers and water treatment experts works closely with clients to deliver tailored solutions that meet their specific requirements and budget. Contact Us Whether you need a small-scale desalination system for a coastal resort or a large-scale municipal project, we have the expertise and technology to deliver reliable, efficient, and sustainable seawater desalination solutions. Contact our team today to discuss your project requirements and receive a customized quote.

we deliver comprehensive, sustainable sewage and wastewater treatment solutions tailored to meet the unique needs of industrial, municipal, and commercial clients. Our systems are engineered to efficiently treat wastewater, remove contaminants, and ensure compliance with global environmental standards—protecting ecosystems, conserving water resources, and supporting long-term sustainability goals. Our Treatment Philosophy We adhere to a holistic approach that integrates advanced technology, environmental responsibility, and cost-effectiveness. Our sewage and wastewater treatment systems are designed to minimize environmental impact, maximize resource recovery, and operate with optimal energy efficiency—ensuring reliable performance while reducing operational costs for our clients. Comprehensive Treatment Solutions We offer end-to-end treatment systems, covering every stage of the wastewater management process, from collection and pre-treatment to advanced purification and sludge handling. Our customizable solutions are adapted to different wastewater types (domestic sewage, industrial effluent, commercial wastewater) and treatment requirements (primary, secondary, tertiary treatment).

1. Pre-Treatment Stage

The initial phase focuses on removing large debris, grit, and floating solids to protect downstream equipment and ensure efficient treatment. Key processes include:

• Screening: Removal of large objects (e.g., plastics, rags, debris) using mechanical screens.
• Grit Removal: Separation of heavy inorganic particles (e.g., sand, gravel) to prevent wear on pumps and pipes.
• Oil & Grease Separation: Extraction of floating oils and greases to avoid interference with biological treatment processes.

2. Primary Treatment

Primary treatment is designed to remove suspended solids and organic matter through physical sedimentation. Wastewater is held in sedimentation tanks, where heavy solids settle to the bottom (forming primary sludge) and floating materials are skimmed off. This stage typically removes 50-70% of suspended solids and 20-30% of biochemical oxygen demand (BOD), reducing the load on subsequent treatment stages.

3. Secondary Treatment

This stage targets dissolved and colloidal organic matter that remains after primary treatment, using biological processes to break down pollutants into harmless byproducts. Our advanced biological treatment options include:

• Activated Sludge Process: A widely used method that uses aerobic microorganisms to decompose organic matter, producing a high-quality effluent.
• Trickling Filters: Fixed-film biological reactors that use microorganisms attached to a medium to treat wastewater, ideal for smaller-scale applications.
• Sequencing Batch Reactors (SBR): Flexible, batch-operated systems that combine aeration, sedimentation, and decantation in a single tank, suitable for variable wastewater flows.

4. Tertiary Treatment (Advanced Purification)

For clients requiring high-quality effluent (e.g., for reuse, discharge to sensitive water bodies), we offer tertiary treatment to remove remaining contaminants, including nutrients (nitrogen, phosphorus), trace organics, and pathogens. Key processes include:

• Filtration: Sand, carbon, or membrane filtration to remove fine suspended solids and residual organic matter.
• Disinfection: Chlorination, UV irradiation, or ozone treatment to eliminate harmful bacteria, viruses, and pathogens.
• Nutrient Removal: Biological or chemical processes to reduce nitrogen and phosphorus levels, preventing eutrophication in receiving waters.

5. Sludge Treatment & Disposal

We prioritize sustainable sludge management, minimizing waste and maximizing resource recovery. Our sludge treatment solutions include thickening, digestion (aerobic or anaerobic), dewatering, and stabilization—converting sludge into biosolids that can be safely disposed of or reused as fertilizer (where applicable), in compliance with local regulations. Key Features of Our Systems

• Customization:Tailored designs to match specific wastewater characteristics, flow rates, and regulatory requirements.
• Efficiency:Energy-efficient components and optimized processes to reduce operational costs and carbon footprint.
• Reliability:Robust engineering and high-quality materials ensure long-term performance and minimal downtime.
• Compliance:Systems designed to meet local, national, and international environmental standards (e.g., EPA, EU directives).
• Smart Monitoring:Optional integrated monitoring and control systems to track treatment performance, detect issues early, and enable remote operation.

Our Expertise With years of experience in the wastewater treatment industry, our team of engineers, environmental scientists, and technicians provides full-service support—from initial site assessment and system design to installation, commissioning, maintenance, and training. We partner with clients to deliver turnkey solutions that align with their sustainability goals, operational needs, and budget constraints. Whether you need a municipal wastewater treatment plant, an industrial effluent treatment system, or a commercial wastewater solution, Anhui Xinke Water is your trusted partner for reliable, efficient, and sustainable sewage and wastewater treatment.