Faucet structure anatomy
From the anatomical diagram of the faucet structure, see the innovative technology of the faucet valve body.
Faucet casting technology
The casting process uses more materials and the water outlet cavity is relatively rough.
Faucet forging technology
Forging technology uses less materials and has stronger physical properties than casting.
Internal welding process of faucet valve body
The valve body is divided into three or four parts, the internal water channels are connected with copper pipes, and then welded into one. The appearance and quality are not much different from the forging process.
Faucet valve body split welding process
The faucet valve body split welding process divides the valve body into two parts: the outer shell and the valve core seat. The outer shell and the valve core seat are forged and fixed together by welding after machining. This process applies forging technology to the extreme. It makes the valve body have the quality of forging and the price of casting.
Cold extrusion valve body process for faucets
The faucet cold extrusion valve body process divides the valve body into two parts: the outer shell and the valve core seat. The outer shell adopts the copper tube cold extrusion process, and the valve core seat adopts the forging process.
Zinc clad copper valve body process
The valve body shell is made of zinc alloy material + copper valve core seat. The valve core, valve core seat and shell are fixed together by the valve core pressure cap. The machining requirements are very high, and a slight misalignment can easily shorten the service life of the valve core.
Zinc clad plastic valve body process
The valve body shell is made of zinc alloy material + plastic valve core seat
Through the analysis of faucet technology, we know the differences, advantages and disadvantages of different technologies.