Kitchen Faucets Manufacturers Share Faucet Quality Issues

  • The use environment of the faucet is generally the bathroom and the kitchen. They are relatively moist and have certain chemical agents with weak acidity such as detergents and detergents. When used for a long time, corrosive liquids and gases will cause pitting and bubbles on the plating surface. Different defects such as rust and corrosion spots affect the appearance and performance of the product. The quality problems of the faucet are as follows. Let's get to know the kitchen faucets manufacturers

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    1. Pipe thread accuracy is not up to standard
    The nozzle with poor pipe thread accuracy is difficult to install or even install properly, resulting in water pipe dripping, and even after installation and use, the joint will fall off "water flooding Jinshan" phenomenon.

    2. Salt spray test failed
    The acid salt spray is to assess the degree of corrosion of the simulated water nozzle in the case of poor use environment and high air humidity. After using the faucet for a period of time, the surface will produce “copper green”, black spots or corrosion, which will affect the appearance and will affect the use in severe cases. The main reason for the failure is that the plating process of the production enterprise is defective.

    3. The strength of the valve body is not off
    If the strength of the valve body is unqualified, the water pressure in the water supply pipeline will suddenly increase, and the valve body will be deformed, burst and leak. The reason for the failure is that the pores are generated when the valve body is cast, and the casting technology, the casting process are not closed, or the materials used for the products and the sealing rings are of poor quality.

    4. Sealing performance is not good
    In the course of use, the products with unsatisfactory sealing performance are not tightly sealed, and dripping is formed. The reason for the failure is that the quality of the valve core purchased by the manufacturer is not good or the nozzle assembly process is defective.

    5. The nozzle flow is too large or too small
    The nozzle flow determines whether the nozzle is water-saving and satisfies normal use. The flow is too large, wasting water resources; the flow is too small, affecting normal use.