Linear Abrasion Tester GT-KC45

The GESTER GT-KC01-1 Veslic Rub Fastness Tester is a benchtop laboratory instrument designed to measure the color fastness and surface wear resistance of leather, footwear uppers, synthetic materials, and coated fabrics. It evaluates finish damage, color transfer, and surface breakdown under regulated cyclic rubbing with standard wool felt in both dry and wet conditions. Compliant with ISO 11640, DIN 4843, and EN ISO 20344, the GT-KC01-1 provides precise, reproducible quality control data for leather tanneries, footwear manufacturers, and automotive interior laboratories.

Rubber Abrasion Tester is to determine the resistance to abrasion of vulcanized rubber or other compounds, or both, used for the soles and heels of footwear.

Shoelace Rubbing Tester factory direct sale, In stock, fast delivery.

This Shoelace Abrasion Tester is used for shoelace against standard eyelet abrasion testing, or eyelet against standard shoelace abrasion testing.

Akron Abrasion Tester is to determine wear resistance of vulcanized rubber and elastic material products.

This GT-KC13B Martindale Abrasion Tester measures the wear and abrasion resistance of footwear vamps, natural leather, rubber outsoles, and upper textiles. It drives specimens against a standard abradant in a precise 60mm x 60mm Lissajous motion path at a regulated speed of 47.5 ± 2.5 r/min. Available in 4, 6, 8, and 9 working stations, it features an intelligent PLC touch screen and interchangeable standard weights supporting 9kPa and 12kPa nominal pressures. A unique quick-release system allows technicians to extract individual sample holders for evaluation without halting other active stations or lifting the top plate. It fully complies with ISO 20344, ASTM D4966, ISO 12947, and SATRA TM31.

This Whole Shoe Abrasion Tester is used to measure the abrasion resistance of finished shoe sole or molded sole(piece).

The GESTER Taber Abrasion Tester GT-C14A is a compact, single-station rotary platform abrasion tester engineered to evaluate the surface wear resistance of materials. It drives two calibrated abrasive wheels against a rotating sample to create an X-pattern path, perfectly simulating multi-directional friction. It is highly cost-effective for quality control labs testing footwear rubber, leathers, textiles, and plastics under international standards like ASTM D4060, ASTM D3884 and ISO 5470-1, ect.