Polyurethane screen mesh is made from high-performance polyurethane material through casting or molding processes. It combines the elasticity of rubber with the strength of metal, and is widely used in mining, washing, dewatering, and fine screening applications.

Woven wire screen mesh is made by weaving high-strength metal wires such as manganese steel or stainless steel. It is the most widely used traditional screening media and fits various screening machines.

Rubber screen mesh is made from wear-resistant rubber and is mainly used in high-impact, high-noise, or wet screening conditions, commonly applied in mining coarse and medium screening.

Self-cleaning screen mesh features a special structure such as wave-shaped or multi-strand elastic wires. During operation, the wires vibrate against each other to prevent material blockage.

Dehydrating screen mesh serves as the core screening component of vibrating dewatering screens. Relying on the high-frequency vibration of the equipment, it realizes solid-liquid separation, material dewatering, desliming, medium draining, fine sand recycling and tailings dry stacking. With a special pore structure, it allows water to permeate and drain rapidly while intercepting solid materials. It is an essential wearing part widely applied in mining, sand and gravel processing, coal washing, environmental sludge treatment and other industries.

Flip-flow Screen Mesh is a highly elastic polyurethane flexible screen panel specially matched for flip-flow screens, serving as the core wear-resistant component that enables anti-clogging screening of flip-flow screens.

Perforated screen is a mesh product manufactured by directly punching target hole patterns into solid metal sheets using advanced processes such as CNC punching, laser cutting, or drilling. Unlike traditional woven wire mesh, perforated screens feature an integral, one-piece structure that provides exceptional rigidity and resistance to deformation.