Wear-resistant rubber sieve plates and screens are formed by injection molding with steel plates as the skeleton and special rubber as the working face. lt has excellent properties such as high elasticity, high wear resistance, impact resistance, tear resistance, and long service life. Sieve plates and screens are the main components of vibrating screens, mainly used for raw coal classification, mining sorting, etc. They are widely used in industries such as non-ferrous metals, mining metallurgy, coal, building materials, etc. The sieve plate and screen can combine different mixed materials into several different particle size levels through single or multiple layers of sieves, thereby meeting certain requirements of mineral processing technology.

Wear-resistant rubber sieve plates and screens are formed by injection molding with steel plates as the skeleton and special rubber as the working face. lt has excellent properties such as high elasticity, high wear resistance, impact resistance, tear resistance, and long service life. Sieve plates and screens are the main components of vibrating screens, mainly used for raw coal classification, mining sorting, etc. They are widely used in industries such as non-ferrous metals, mining metallurgy, coal, building materials, etc. The sieve plate and screen can combine different mixed materials into several different particle size levels through single or multiple layers of sieves, thereby meeting certain requirements of mineral processing technology.

Wear-resistant rubber sieve plates and screens are formed by injection molding with steel plates as the skeleton and special rubber as the working face. lt has excellent properties such as high elasticity, high wear resistance, impact resistance, tear resistance, and long service life. Sieve plates and screens are the main components of vibrating screens, mainly used for raw coal classification, mining sorting, etc. They are widely used in industries such as non-ferrous metals, mining metallurgy, coal, building materials, etc. The sieve plate and screen can combine different mixed materials into several different particle size levels through single or multiple layers of sieves, thereby meeting certain requirements of mineral processing technology.

Rubber filter plates are usually made of high-quality rubber materials, consisting of rubber diaphragms and supporting structures, lt forms a sealed diaphragm during the filtration process separating the filtering medium from the filtrate and preventing the filtrate from passing through the diaphragm. The supporting structure is made of metal or plastic and is used to fix and support the rubber diaphragm, allowing the filtrate to pass through and enter the filtering medium.
The sealing performance of rubber filter plates is excellent, with good corrosion resistance, wear resistance, and high temperature resistance. it can adapt to various media and environments, and can affectively achieve higher filtration efficiency and cake dehydration through the compression and expansion of the diaphragm, Rubber filter plates are widely used in liquid filtration and separation processes in industries such as chemical, pharmaceutical, food, and beverage.