Introduction: JH-II-7 High Temperature Flexural Testing Machine is used to measure the high temperature flexural strength of refractory materials. According to the international standards ISO5013, ISO5014 and the national standard GB/T13243 "High-temperature flexural test method for carbon-containing refractories", GB/T3002 "High-temperature flexural test method for refractory products", GB/T14390-2008 "High-temperature bending strength test method for fine ceramics" 》 JH-II-7 high temperature bending test electromechanical furnace, electro-hydraulic loading mechanism, pressure digital display, temperature control detection and other parts. It is also used to determine the high temperature flexural strength of graphite materials, refractory materials, ceramic rollers and other materials. The replacement of the fixture can also be used to determine the strength of other shapes of non-metallic materials. technical parameter: 1. Maximum load: 10KN, 20KN, 30KN (available for users to choose); 2. Furnace rated temperature: 1000℃, 1300℃; 1600℃ (available for users to choose); 3. Sample length size: select according to relevant material standards such as: Bar shape: (25×25×150) or (40×40×160); Round type: length 270mm, diameter: <80mm; Length 160mm diameter: <20mm and other specifications, different applications are different 4. Span: 100--120mm; 5. Rated power: 8kw, 10kw, 14kw; power varies with temperature 6. Number of phases: 3 phases; single phase, rated voltage: 380V
Introduction: JH-II-7 High Temperature Flexural Testing Machine is used to measure the high temperature flexural strength of refractory materials. According to the international standards ISO5013, ISO5014 and the national standard GB/T13243 "High-temperature flexural test method for carbon-containing refractories", GB/T3002 "High-temperature flexural test method for refractory products", GB/T14390-2008 "High-temperature bending strength test method for fine ceramics" 》 JH-II-7 high temperature bending test electromechanical furnace, electro-hydraulic loading mechanism, pressure digital display, temperature control detection and other parts. It is also used to determine the high temperature flexural strength of graphite materials, refractory materials, ceramic rollers and other materials. The replacement of the fixture can also be used to determine the strength of other shapes of non-metallic materials.
