Actively detect the wear resistance of smooth and textured plastic trims in automotive interior and exterior trims. This instrument is suitable for various automotive interior materials, such as plastics, rubber, leather, fabrics, coating materials, non- Scratch resistance testing of coating materials and other composite materials. Actively detect the wear resistance of smooth and textured plastic trims in automotive interior and exterior trims. The instrument consists of two parts of the scratching device. The left half can be used for five-finger/plastic finger scratch test, and the right half can be used for 100-grid method Scratch test. Both share a reciprocating mobile platform. This instrument meets a variety of test standards, and can customize the motion stroke, motion speed and reciprocating motion cycle of the test platform according to customer requirements
GB/T 2918 Standard environment for condition adjustment and testing of plastic specimens GB/T 6151 General rules for color fastness tests GB/T 8424.3 Calculation of color difference for color fastness tests PV3952 Volkswagen scratch resistance test method GS97034 Surface test for automotive interior materials 97034-2, FORD FLTM BN 108-13, GMW 14698 (B method), GM 14688 (A method), GM 14688 (B method), PV 3952--3951, FORD FLTM BN 108-13, GMW 14698 (B method ), FORD BO-162-01, GMN 3943, Nissan NES M0159, etc.
Automobile interior multifunctional scratch resistance Tester is suitable for all kinds of automobile interior materials scratch performance testing instrument, the instrument integrates three domestic (CN) testing standards (five-finger scratch method, 100-grid method, plastic finger scratch method). This test method is used to test the ability of surface materials to resist damage caused by scratching fingers. According to the nails or other hard objects that may come into contact with the material, scraping fingers of different materials are used to act on the surface of the sample with a certain pressure according to the specified direction, stroke, and speed, and the scraping head and the sample make relative motion, resulting in One-way, non-reciprocating linear scraping track, the scratches are kept parallel.