MZ-4016B Mooney Viscometer Introduction: This machine meets the requirements of standards such as GB/T1232 "Determination of Mooney Viscosity of Unvulcanized Rubber", GB/T 1233 "Determination of Initial Vulcanization Characteristics of Rubber Compounds - Mooney Viscometer Method", as well as ISO289 and ISO667. It adopts an imported intelligent digital temperature control instrument, featuring simple adjustment and setting, and a wide temperature control range. With a graphical software interface, flexible data processing methods, and high-precision measuring instruments, it integrates high automation and intelligence. Its structure is novel and its performance is stable. The operation is simple and flexible, and maintenance is convenient. It can be used by scientific research departments, colleges and universities, as well as industrial and mining enterprises for mechanical property analysis and production quality inspection of various materials. Technical Specifications: Temperature range: room temperature to 200℃ Heating time: ≤6min Temperature resolution: 0.1℃ Temperature fluctuation: ±0.1℃ (after the material feeding is stable) Maximum test duration: Mooney: 10 minutes; scorch: 120 minutes (the time can be adjusted midway through the test) Mooney value measurement range: 0-200 Mooney value Mooney value resolution: 0.01 Mooney value Accuracy of Mooney viscosity measurement: ±0.5 Mooney units Rotor speed: 2±0.02r/min Power Supply: AC 220V ± 10% 50Hz Overall dimensions: 645mm×580mm×1300mm Host weight: 210kg
MZ-4016B Mooney Viscometer Introduction: This machine meets the requirements of standards such as GB/T1232 "Determination of Mooney Viscosity of Unvulcanized Rubber", GB/T 1233 "Determination of Initial Vulcanization Characteristics of Rubber Compounds - Mooney Viscometer Method", as well as ISO289 and ISO667. It adopts an imported intelligent digital temperature control instrument, featuring simple adjustment and setting, and a wide temperature control range. With a graphical software interface, flexible data processing methods, and high-precision measuring instruments, it integrates high automation and intelligence. Its structure is novel and its performance is stable. The operation is simple and flexible, and maintenance is convenient. It can be used by scientific research departments, colleges and universities, as well as industrial and mining enterprises for mechanical property analysis and production quality inspection of various materials.
