Mainly used to test the tensile strength, unilateral tear, bilateral tear, peeling, and adhesion of materials and finished products. Widely used in commodity inspection institutions, shoes, rubber, leather, plastics, textiles, toys and other industries.

To determine the wear resistance(including mass loss, thickness loss, and transmittance etc.) of all kinds of structures including textiles, paper, glass, metals, paints, plated surfaces, coated materials, leather and rubber. 

This machine is used to test the resilience of rubber products after a certain amount of time and pressure.

To determine flexing resistance for all all kinds of finished shoes. And determines the fatigue durability and service life of shoes by simulating the walking state of a person, via reciprocating flexing movement under constant frequency and angle.

The upper peel strength testing machine is suitable for testing the peel strength between the sole and the upper of the finished shoe.

Paste the cut sample on the test piece fixture of the portable MARK-II slip resistance testing machine, put down the weight on the rotating support frame on the test piece fixture, so that the test piece is pressed against the floor interface by a fixed force, By tilting the rotating support frame of the portable MARK-II anti-skid testing machine, the horizontal thrust on the test piece is gradually increased until the test piece slips instantaneously. The friction coefficient value of the sole test piece before the instant sliding occurs is the maximum static friction coefficient of the test sole on the floor interface, that is, the anti-skid coefficient.

The BALLY leather dynamic waterproof tester is used for the determination of water permeability and water absorption of shoe uppers. Mainly for the materials used in the upper: leather, artificial leather, cloth, etc., cut out the standard test piece, install it on the testing machine, under the condition of water in the periphery, bend at a standard speed and angle, and bend for a certain period of time. The penetration index of the material is measured and used as the basis for the research and development of improved waterproof processing of materials.