Abrasion Resistance Test

The test sample is mounted on the machine, and an abrasive wheel or rubbing head applies controlled friction under specified pressure. The counter records the number of cycles until a predetermined endpoint (e.g., material rupture or visible wear). The results determine the abrasion resistance of the glove, ensuring compliance with industry standards such as EN 388.

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Blade Cut Resistance Test

A circular blade rotates against the glove sample with a specified force. The number of cycles required to cut through the material is recorded, and the Cut Resistance Index (CPI) or Cut Protection Performance (CPP) is calculated. This tester ensures reliable assessment of glove cut resistance, helping manufacturers meet safety regulations and performance requirements.

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Tear Resistance Test

A pre-notched glove sample is clamped and subjected to uniaxial tension until complete tear occurs. The maximum force (in Newtons) and elongation are recorded to determine tear resistance strength. This tester ensures reliable quantification of tear resistance, aiding manufacturers in optimizing glove durability and meeting safety certifications.

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Cut Resistance Test

A sharp straight blade moves linearly across the glove sample with gradually increasing force until full penetration is achieved. The cut resistance is determined by measuring the force (in Newtons) required to cut through the material at a fixed blade travel distance. This tester ensures objective, repeatable cut resistance evaluation, helping manufacturers develop safer gloves and comply with global protective equipment regulations.

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DMF Detection Test

The tester measures the breakthrough time (in minutes) of DMF through the glove material under continuous contact. A detection system monitors the permeation rate until the chemical penetrates the sample, indicating the material's protective performance. his tester ensures reliable assessment of glove material integrity against DMF exposure, helping manufacturers meet safety regulations and protect users from chemical hazards.

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