Innovative Electric Water Check Valves for Plastic Water Filter Systems

• Customization: Available
• Power Source: Electric
• Type: Water Filter Parts
• Model NO.: Flow Restrictor
• Material: Plastic
• Usage: RO Machine
• Color: White
• Size: 10 Inch
• Connection: Qiuck Fitting
• MOQ: 100PCS
• Thickness: 1.8 mm
• Tube O.D: 1/4"3/8′′
• Transport Package: 1000PCS Each Carton
• Specification: 10X15X25 cm
• Trademark: HJC
• Origin: China
• Production Capacity: 500000pieces/Month

Product Description

Specification

Name	Flow Restrictor
Type	water filter parts
Material	ABS
Start the Pressure	150CC1300CC\450CC\600CC\800C\C1000CC\1500CC
Inlet Pressure	60Psi
Connection Type	Quick connect fitting
Color	The outer is white and the lock is blue
Shape	Straight
Package	PE bags and carton

Product Description

WATER & FOOD USE: Our water flow restrictor is crafted from safe, non-toxic materials, ensuring peace of mind for both domestic and commercial users. Perfectly suited for household water purifiers, commercial water purifiers, and compact reverse osmosis systems, our product stands as a beacon of safety and reliability.

SIZE & TUBE COMPATIBLE WITH: Compatible with standard 1/4 RO tubing prevalent in most RO systems (please verify your tubing size before ordering). For household purifiers, select from 300cc/min for 50Gallon, 350CC/min for 50Gallon/75Gallon, 420CC/min for 75Gallon, 450CC/min for 100Gallon, 550CC/min for 100Gallon/200Gallon, and 650CC/min for 200Gallon. For larger commercial water purifiers ranging from 400Gallon to 800Gallon, choose from 800CC/min, 1200CC/min, or 1500CC/min to meet your specific needs.

Working Pressure: Handles pressures exceeding 8kg with ease. Medium Temperature range: 5~50°C. The product-to-waste water ratio is approximately 1:3, though it may vary with pressure and water quality.

EASY INSTALLATION: Experience the simplicity of quick and convenient assembly, saving both time and expenses. Our innovative Non-Locking Clip technology enables an effortless DIY installation process without the need for any tools.

What is it?
Our flow restrictor, made from food-grade material, facilitates seamless connections and disconnections without requiring additional tools. It maximizes RO water output while minimizing waste production. By creating back pressure on the drain line, it aids in pushing water through the membrane while maintaining a flow rate that keeps it clean. Compatible with standard 1/4" OD tubing in Copper, CPVC, PEX, and PVC for most RO systems, it stands as a versatile solution.

Where to use it?
Applications are extensive, including RO systems, beverage dispensers, refrigerator ice makers, and coffee machines. This quick-connect fitting, positioned on the wastewater line, restricts flow to maintain membrane cleanliness. It balances the brine solution from the membrane, ensuring adequate back pressure for optimal filtration. Ideal for system upgrades due to increased usage, it simplifies water filter installations.

How to use it?
Install it in the drain line leading waste water to the sink. Locate the line connected to your sink drain and splice in the flow restrictor, aligning it with the directional arrow. To remove, press the outer circle on each end and pull. Ensure your membrane flow rating matches the restrictor for optimal performance. Cut the tubing squarely to prevent leaks, inserting it straight and fully into the connector to avoid crimping, which could cause leaks.

Exhibition

IFAT Eurasia 2025

SINGAPORE INTERNATIONAL WATER WEEK

ECWATECH

Certifications

Our Factory

Company Profile

Sandmonk Technology Co., Ltd.

SAND.K is at the cutting edge of water environmental technology, utilizing a global supply chain to introduce groundbreaking innovations across the industry. We offer comprehensive, one-stop solutions for crucial components, specifically tailored for small and medium-sized equipment manufacturers. Our commitment extends through cross-border e-commerce, reaching global customers in developing regions, ensuring access to transformative solutions.
Our independent research and advanced manufacturing capabilities position us as true innovators and leaders in the field. With in-depth data analysis, we provide custom solutions for regions facing high salinity water challenges, pushing the boundaries of excellence in water treatment technology.
Our comprehensive and dynamic solutions extend beyond the ordinary, encompassing not just seawater desalination, waste leachate treatment, and drinking water purification, but also pioneering the realms of treated wastewater reuse. Furthermore, our strategic cost advantage distinguishes us in the industry, delivering unparalleled value and efficiency that set a new benchmark for excellence.

FAQ

Q: Is a single 1*400GPD system superior to two 2*200GPD systems?

A: The 200GPD system is preferable. It ensures less adhesive use during production, offers an improved salt rejection rate, and enhances overall water flow.

Q: When should the membrane elements be cleaned to maintain optimal performance?

A: It is crucial to clean the membrane elements when any of the following conditions are observed:

A decrease of 10-15% in normalized permeate flow.

An increase of 10-15% in normalized permeate total dissolved solids (TDS).

An increase of 10-15% in normalized pressure drop between feed and reject.

Q: What are the steps to resolve RO Membrane Blockage effectively?

A: 1. Initially, ascertain if the home RO System membrane is genuinely blocked.

2. Assess the regional water quality to determine if the primary scale components are chiefly calcium and magnesium salts.

3. Prepare a solution with 10% hydrochloric acid or a diluted detergent (available descaling agents), alongside a specialized RO membrane cleaning agent based on scale composition. Submerge the RO membrane in this solution for 24 hours.

4. Subsequently, rinse the RO membrane thoroughly after soaking. Utilize water produced by ultrafiltration for rinsing. During this process, close the pure water outlet and open only the wastewater outlet.

Q: Why does the RO membrane experience blockage within one to two months?

A: 1. The raw water may contain high salt content, leading to excessive scale formation.

2. The water's organic matter content might exceed safe standards, causing the RO membrane to foul and become clogged.

3. A high RO film recovery rate can contribute to blockage.

4. The purifier might lack a flushing function. Over time, this results in high-concentration brine deposits within the RO membrane shell.