Cut-Resistant Glove, Children, Size 6 (S)

The abrasion resistance of a protective glove is determined by a scuffing test. In this process, the glove is worked on with sandpaper under pressure until a hole is made in the material. The number of cycles resisted defines the performance level, with each level representing a fourfold increase in protection: Level 4 = 8000+ cycles.The cut resistance is determined with the coup test. A rotating circular blade cuts through the glove at a constant speed until the material has been cut through. The number of cycles resisted compared to a reference material is given as a factor. Each level represents a doubling of the protective effect: Level 5 = factor 20+.To determine the tear resistance, the glove is first cut about 1 cm wide. A tensile force measurement is now used to determine the force required to tear the material further. The level is set according to the required force (in Newton): Level 4 = 75+ N.The puncture resistance test is performed by a defined nail piercing the glove. The force needed results in the protection level: Level 2 = 60 to 99.9 N.