Electric Water Filter Parts: Quick Connector Fitting Made of Plastic

• Customization: Available
• Power Source: Electric
• Type: Water Filter Parts
• Model NO.: Ro Elbow
• Material: Plastic
• Usage: RO Machine
• Color: White
• Size: 10 Inch
• Connection: Qiuck Fitting
• MOQ: 100PCS
• Feature: Easy Operation
• Function: Purify
• Transport Package: 1000PCS Each Carton
• Specification: 10X15X25 cm
• Trademark: HJC
• Origin: China
• Production Capacity: 500000pieces/Month

Product Description

Specification

Name	Quick Connector Fitting
Temperature	5℃~45℃
Burst Pressure	≥3.2MPa
Color	White/Gray
Note: Any questions,please feel to contact us!

Product Description

Material: Crafted from food-grade PP, our components ensure the highest standards of safety and hygiene.
Pressure: Engineered to withstand up to 16 bar (230 psi), our product ensures robust performance under high-pressure conditions.
Pore Size: Available in versatile sizes of 1/4", 3/8", and 1/8", catering to diverse requirements.
Color: Presented in a pristine white, the product exudes a sleek and modern aesthetic.


Features
1. Our quick fittings and connectors are meticulously crafted from food-grade PP material, guaranteeing superior quality.
2. Leakage-Proof Design: Features an innovative inner claw mechanism to ensure a secure grip on the tube, preventing leaks.
3. Lightweight and user-friendly, our fittings offer effortless installation and removal.
4. Color - A sleek white body complemented by a distinct blue locking clip for added security.

Exhibition

IFAT Eurasia 2025

SINGAPORE INTERNATIONAL WATER WEEK

ECWATECH

Certifications

Our Factory

Company Profile

Sandmonk Technology Co., Ltd.

SAND.K stands at the forefront of water environmental technology, leveraging a global supply chain to deliver revolutionary innovations across the industry. We provide all-encompassing, one-stop solutions tailored for small and medium-sized equipment manufacturers. Our dedication extends globally through cross-border e-commerce, bringing transformative solutions to developing regions worldwide.
Our independent research and cutting-edge manufacturing capabilities position us as pioneers and leaders in the field. With thorough data analysis, we offer customized solutions for areas facing high-salinity water challenges, setting new standards in water treatment technology.
Our comprehensive and dynamic solutions go beyond the ordinary, covering not only seawater desalination, waste leachate treatment, and drinking water purification but also leading the way in treated wastewater reuse. Our strategic cost advantage sets us apart in the industry, delivering unmatched value and efficiency, raising the bar for excellence.

FAQ

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

A: The 200GPD system is superior. It minimizes adhesive use during production, enhances salt rejection rates, and improves overall water flow efficiency.

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

A: It is essential to clean the membrane elements when any of these conditions are observed:

A reduction 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. First, confirm if the home RO System membrane is genuinely experiencing blockage.

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

3. Prepare a descaling solution with 10% hydrochloric acid or a diluted detergent, alongside a specialized RO membrane cleaning agent tailored to the scale composition. Immerse the RO membrane in this solution for 24 hours.

4. Thoroughly rinse the RO membrane post-soaking. Use ultrafiltration-produced water for rinsing, ensuring the pure water outlet remains closed, with only the wastewater outlet open.

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

A: 1. The feed water may have high salt content, leading to excessive scale buildup.

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

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.