Conveyor Skirt Board

Belt Skirting Sealing Conveyor Skirt Board Dual Seal Poly Skirting Y Type Urethane Skirting Conveyor Skirt Board is installed on conveyor belt loading point to eliminate spillage, dust and fines. belt skirting will reduce maintence cost and downtime, save more manual work and money. polyurethane skirting system keeps conveyor cleaner and safer, polyurethane skirting is much more abrasion resistant than rubber skirting, our unique design Y type dual seal poly skirting has

High-performance polyurethane conveyor skirting with 3-5 times better wear resistance than rubber. Available in thicknesses 6-40mm and hardness 60-90 Shore A. Reduces material spillage and dust leakage while being belt-friendly. Ideal for mining, cement, and industrial applications with 40MPa tensile strength and 600% elongation.

Professional conveyor skirt board made from 60 Shore A black rubber with 20MPa tensile strength. Prevents material spillage and dust at loading points. Available in multiple thicknesses (8-20mm) and widths (100-2000mm). Reduces maintenance costs and improves safety in mining, cement, and aggregate industries.

Premium conveyor skirt board rubber sheets in black, red, and orange colors. Available in 8-20mm thickness and 40-60 Shore A hardness with 20MPa tensile strength. Designed for high-wear resistance and effective material containment in mining, cement, and industrial applications.

High-wear resistant orange SBR conveyor skirt board rubber with 40 shore A hardness and 20MPa tensile strength. Offers 3-5 times longer service life than standard black rubber. Available in multiple thicknesses (8-20mm) and widths (100-2000mm) for coal mining, cement, and industrial applications.

Professional-grade conveyor skirting rubber in 2m x 10m rolls, available in 8-20mm thickness and 40-60 Shore A hardness. Features 20MPa tensile strength and 600% elongation for superior spillage prevention in mining, cement, and industrial applications. ISO9001 certified with custom sizing options.

High-performance polyurethane conveyor skirt board sealing system prevents material spillage at transfer points. Features 40MPa tensile strength, 600% elongation, and abrasion-resistant construction. Available in thicknesses 6-40mm and widths 100-1400mm with multiple hardness options for optimal belt protection and throughput improvement.

Duro polyurethane conveyor skirting provides superior sealing at transfer points with 60A-80A hardness options. Features 3-5x longer lifespan than rubber, 40MPa tensile strength, and customizable dimensions from 100mm to 1600mm width. Reduces material spillage and maintenance costs in industrial conveyor systems.

High-performance polyurethane conveyor skirt strips with 40MPa tensile strength and 600% elongation. Provides effective dust sealing and spillage prevention for belt conveyors in mining, cement, and industrial applications. 3-5 times more abrasion resistant than rubber with customizable dimensions from 100mm to 1400mm width.

Durable polyurethane conveyor skirting with 40MPa tensile strength and 600% elongation. Reduces spillage, dust emissions, and belt damage in mining, quarrying, and bulk materials handling applications. Available in 10m, 20m, and 30m lengths with customizable dimensions.

Industrial polyurethane conveyor belt skirting eliminates spillage and dust at loading points. Features 40MPa tensile strength, 600% elongation, and 60% less drag than rubber. Available in 10-25mm thickness, 100-300mm width, and multiple hardness options for reduced maintenance and improved conveyor safety.

Professional conveyor skirt board systems in rubber and polyurethane materials. Available in thicknesses 8-20mm, widths 100-2000mm, and lengths 10-30m rolls. Features 20MPa tensile strength, 600% elongation, and Shore A hardness options. Reduces material spillage and maintenance costs in mining, cement, and industrial applications.

Premium polyurethane skirting with 3-5 times better wear resistance than rubber. Available in 60-90 Shore A hardness with 40MPa tensile strength. Reduces material spillage, minimizes belt damage, and lowers maintenance costs for industrial conveyor systems in mining, cement, and port applications.