Deck Mounted Bath Shower Mixer, FB6092

Product: bath shower mixer (single lever, deck mounted, double function);
Series: Grace;
Valve: Φ35 valve;
Material: environmentally friendly H59 refined copper

FB6092 series deck mounted bath shower mixer is equipped with imported ceramic valve, the core of which has been tested to show at least 600 thousand times of service. The decked mounted design endows the shower mixer with aesthetic appearance. Besides, the bath shower mixer adopts automatic switchover diverter, ensuring that water flows from the faucet each time we turn the faucet on.

Automatic Switchover Diverter
The diverter for shower mixer has been given 300 thousand times test upon the switch. It can work under a low water pressure of 0.05MPa. The automatic reset function ensures that water will flow from the faucet each time we turn the faucet on. In this way, users will be effectively protected from splashes or scald.

Gravity Casting Technique
The faucet is casted as a whole, featuring smooth profiles. The deck-mounted design adds to its beauty.

H59 Refined Copper
HARA shower mixer is produced from high-quality thickened refined copper made by gravity casting technique. The wall thickness ranges from 2mm to 2.5mm. Our mixer is distinguished both for high water pressure resistance and corrosion resistance. Besides, it won't leak or get broken easily.

High-quality Valve
The valve is silent, wear resistant, high/low temperature resistant, and not easily to get deformed. The excellent sealing performance ensures that the mixer will not leak. We have given the mixer over 600 thousand times of flow rate tests upon the mixer handle, proving that it can be used for at least 600 thousand times.

Multi-Layer Plating Treatment
With precise plating treatment, the surface of shower mixer is as bright as a mirror. Besides, we have conducted over 72 hours of acid salt spray test, ensuring that the depth of Nickel layer reaches 15μm and the depth of Chromium layer is over 0.3μm. Our shower mixer is of ultra-high corrosion resistance.