Introduction: Martin heat tester The machine with intelligent controller temperature control, temperature control effect is ideal; using grating high-precision dial indicator, the measured value more stable. Can be plastic, nylon, rubber, cable materials and other polymer materials for heat temperature test. Meet the manufacturing standards: GB1699-2003 Determination of heat resistance of hard rubber Martin GB1035-70 Plastic heat resistance (Martin) Test Method HG / T3847-2008 Hard rubber Martin Determination of heat resistance temperature Technical Parameters: 1. Heating the temperature difference between the various points: ≤ 2 ℃ 2. The isothermal heating rate: 50 ± 3 ℃ / h and 10 ± 2 ℃ / 12min Thermometer accuracy: 1 ℃ 4. Specimen size: long - (120 mm ± 2mm) wide - (15mm ± 0.2mm) Thick - (10mm ± 0.2) mm strip specimen, the thickness of more than 10mm can be double-sided processing to 10mm 5. Test load: 50 ± 0.2kgf / cm2 6. Test start temperature: 30 ± 10 ℃ 7. Sample bending effective length: 56 ± 1mm Configuration 1 host one, 2. A set of control system 3. A collection system Deformation measuring device three sets 5. Temperature sensor set 6. Three sets of probe 7. Three weights 8. A set of computers (Lenovo) 19-inch, memory 4G 9. HP black and white laser printer (M1136), can add powder 10. Inside the box size 600 * 610 * 650mm
Introduction: Martin heat tester The machine with intelligent controller temperature control, temperature control effect is ideal; using grating high-precision dial indicator, the measured value more stable. Can be plastic, nylon, rubber, cable materials and other polymer materials for heat temperature test. Meet the manufacturing standards: GB1699-2003 Determination of heat resistance of hard rubber Martin GB1035-70 Plastic heat resistance (Martin) Test Method HG / T3847-2008 Hard rubber Martin Determination of heat resistance temperature
