Glove cutting resistance tester
Glove Cutting Resistance Tester: Precision Safety Compliance Tool
The glove cutting resistance tester is a specialized device designed to evaluate the protective performance of gloves against sharp-edged hazards. This article provides an overview of its applications, technical specifications, operational principles, and compliance with international safety standards, essential for manufacturers and quality control teams in industries requiring high-level hand protection.
Applicable Standards
The tester adheres to global standards such as EN 388:2016 (Europe), ISO 13997:1999 (International), and ASTM F1790-05 (USA), ensuring accurate assessments of glove cutting resistance (Coupe Test). It supports multi-standard compliance for global markets.
Main Parameters
| Parameter | Specification |
|---|---|
| Blade Load | 5N–20N (adjustable) |
| Cutting Speed | 2.5 mm/s–50 mm/s (programmable) |
| Test Range | 0–50 index units (Coupe Test) |
| Precision | ±1% of reading |
| Sample Size | Up to 15 gloves (simultaneous testing) |
Working Principle
The tester uses a rotating circular blade or a linear cutting mechanism to apply controlled force to glove materials. Sensors measure the penetration depth or the force required to cut through the material, with results displayed in real-time via a digital interface.
Test Principle
Material Characterization: Gloves are secured in a testing jig and subjected to standardized cutting forces.
Damage Assessment: The system records cutting force, penetration depth, and material deformation.
Safety Grading: Results are converted to safety ratings (e.g., Coupe Test index) for compliance verification.
This tester enables manufacturers to develop certified protective gloves, reducing workplace injuries and ensuring adherence to international regulations. Its modular design and high precision make it a critical tool for industries prioritizing hand safety.
