Flame-Retardant Powder Modification Process for Wear-Resistant Anti-Slip Rubber Mats

2026-09-14 16:13:13

Anti-slip equipment mats, shock-absorbing home-appliance feet, industrial buffer rubber pads, and vehicle anti-slip mats serve core functions of anti-slip, shock absorption, wear resistance, and cushioning. At the same time, materials used in public places and industrial equipment must meet required flame-retardant and fire-resistant standards.

After filling with conventional flame-retardant powders, rubber mats suffer imbalanced hardness, reduced wear resistance, and degraded anti-slip performance. Under prolonged compression they easily deform, wear, and shed; flame retardation cannot be reconciled with anti-slip and wear resistance, seriously impairing product performance.

Weifang Wanfeng New Materials' flame-retardant reinforcing powders, specially formulated for anti-slip mats, are engineered to optimize rubber substrate performance—achieving simultaneous compliance in flame retardation, anti-slip, wear resistance, and shock absorption.

Ultra-fine activated aluminum hydroxide powder disperses uniformly, refining the rubber surface texture and moderately increasing surface friction to strengthen anti-slip performance. It also fills substrate gaps, improving pad density and wear resistance so that prolonged friction does not easily cause wear or crumbling.

Modified magnesium hydroxide powder offers high flame-retardant efficiency, achieving required ratings at low loading and preserving the rubber substrate's elasticity and shock-absorbing properties to the greatest extent—avoiding the hardening and shock-absorption failure caused by high filler loading.

Hexagonal-platelet powder forms an internal reinforcing network, enhancing the pad's compression and deformation resistance. Under prolonged heavy pressure it does not easily dent and maintains stable rebound, extending pad service life.

Magnesium-aluminum hydrotalcite, added in combination, improves rubber's aging, oil, and moisture resistance, suiting the complex service conditions of equipment, home appliances, and vehicles.

The entire powder series is compatible with various mat substrates—natural rubber, nitrile rubber, and PVC rubber—with strong mass-production stability and excellent finished-product quality.