MZ-4010B3 rotorless vulcameter Introduction The MZ-4010B3 rotorless vulcanization tester meets the requirements of GBT 16584 Rubber - Requirements for Determining Vulcanization Characteristics with Rotorless Vulcanization Testers, ISO 6502, and the Italian standard requirements for T30, T60, and T90 data. This tester is used to determine the characteristics of unvulcanized rubber and find out the suitable vulcanization time for the rubber compound. The mold cavity of this tester adopts a new type of high-temperature and high-strength heat insulation material, which ensures high temperature control accuracy, good stability, and excellent reproducibility. The mold opening and closing lifting door is pneumatically controlled. The tester has a novel structure that conforms to the trend of the times. The rotorless vulcanization analysis system utilizes a graphical software interface and flexible data processing methods, fully embodying the characteristics of high automation. It can be used by scientific research departments, colleges and universities, and industrial and mining enterprises for mechanical property analysis and production quality inspection of various materials. Technical Specifications Temperature range room temperature to 200℃ Temperature resolution 0.1℃ Temperature fluctuation ≤±0.1℃ (after the feeding is stable) Torque range 0N.m to 10N.m Torque display resolution 0.001N.m Maximum testing duration 120 minutes (the time can be adjusted midway through the test) Oscillation angle ±0.5° (total amplitude of 1°) Module oscillation frequency 1.67Hz±0.01Hz Power Supply AC220V±10% 50Hz Overall dimensions 645mm×580mm×1300mm (L×W×H) Net weight 210kg
MZ-4010B3 rotorless vulcameter Introduction The MZ-4010B3 rotorless vulcanization tester meets the requirements of GBT 16584 Rubber - Requirements for Determining Vulcanization Characteristics with Rotorless Vulcanization Testers, ISO 6502, and the Italian standard requirements for T30, T60, and T90 data. This tester is used to determine the characteristics of unvulcanized rubber and find out the suitable vulcanization time for the rubber compound. The mold cavity of this tester adopts a new type of high-temperature and high-strength heat insulation material, which ensures high temperature control accuracy, good stability, and excellent reproducibility. The mold opening and closing lifting door is pneumatically controlled. The tester has a novel structure that conforms to the trend of the times. The rotorless vulcanization analysis system utilizes a graphical software interface and flexible data processing methods, fully embodying the characteristics of high automation. It can be used by scientific research departments, colleges and universities, and industrial and mining enterprises for mechanical property analysis and production quality inspection of various materials.
