Universal Water Dispenser Tap Replacement with M17x2 Threaded Fitting

Specification	Details
Model No.	5×57-1
Product Name	Water Dispenser Tap
Product Size	128 × 44 × 60 mm
Thread Specification	M17×2 (Male Thread)
Inner Diameter	15mm
Outer Diameter	31mm
Main Material	Food-Grade ABS Plastic
Available Colors	Red (Hot Water) / Blue (Cold Water)
Quantity Per Carton	80 pcs
Gross Weight (Per Carton)	7.0kgs
Carton Measurement	41 × 27 × 25 cm

Details & specifications

This "Universal Water Dispenser Tap Replacement" is a high-quality replacement accessory specifically designed to solve leaks and aging issues with water dispensers. The product precisely matches the M17x2 thread specification, ensuring perfect compatibility with standing or countertop bottled water dispensers in homes, offices, and various public places. Made with environmentally friendly materials, it prioritizes long-term sealing and durability while ensuring smooth water dispensing. As an ideal maintenance and upgrade solution, it not only significantly extends the lifespan of your equipment but also provides users with hygienic and convenient daily drinking water.

Product Advantages

1. Wide Adaptability: Whether it's a household countertop water dispenser, a high-frequency water point in an office building, or even an outdoor portable water tank, as long as it conforms to the M17x2 interface standard, this product offers excellent compatibility. It's a truly "all-scenario" universal accessory.

2. Seamless Installation Experience: No need to hire a professional repairman or use any complicated tools. Users simply need to manually unscrew the old, damaged faucet, align it with the thread, and screw the new faucet clockwise to complete the replacement. Three simple steps to revitalize your water dispenser.

3. Durable and long-lasting, cost-effective: Thickened pipe walls and wear-resistant hinges effectively resist fatigue from prolonged use. Replacing the entire unit with high-quality faucet parts is a more economical and environmentally friendly option compared to frequent replacements.