GX-Y2 belt roller Introduction: The belt roller GX-Y2 is a precision experimental equipment developed and manufactured based on the requirements of GB, JIS and other standards and market requirements. It is suitable for testing the adhesion fastness of the printing ink layer of plastic film and cellophane decorative printing products (including composite film printing products) produced by the gravure printing process. It is also used for testing the adhesion state of the surface layer formed by vacuum coating, surface coating, composite and other related processes. characteristic: 1. The host is equipped with a color touch screen to facilitate the user's test operation. Full-automatic operation, one-button operation, automatic shutdown, simple and convenient operation. 2. High-precision ball screw parts are used to ensure smooth operation, long service life of the tester, good long-term stability and energy saving. You can freely change the running speed and running times to meet the requirements of different standards. 3. The quality of the press roll, the thickness and hardness of the attached rubber are designed in strict accordance with the national standards, effectively ensuring the accuracy and universality of the test data. Technical parameters: Rolling speed: 0~300 mm/min Pressure roller load: 20 N ± 0.5 N Rolling times: 1~999999 Pressure roller diameter: 84 mm Press roll width: 45 mm Overall dimension: 440 mm × 400 mm × 200 mm Power: 350 W Power supply: AC 220V, 50 Hz
Introduction: The belt roller GX-Y2 is a precision experimental equipment developed and manufactured based on the requirements of GB, JIS and other standards and market requirements. It is suitable for testing the adhesion fastness of the printing ink layer of plastic film and cellophane decorative printing products (including composite film printing products) produced by the gravure printing process. It is also used for testing the adhesion state of the surface layer formed by vacuum coating, surface coating, composite and other related processes.
