Brief introduction: Using thermal expansion displacement measurement technology imported from Europe and the original. Can be - 269 ℃ low temperature analysis and measuring the physical properties of materials, meet the aerospace industry, glass industry, ceramic industry, high-tech ceramic sintering and metal powder metallurgy industry, new materials research and development, the automobile industry, polymer industry, etc. Thermal expansion is mainly used in solid, liquid, powder and paste materials research and development and quality control. Technical parameters: DIL Temperature range: 263... RT / 220 ℃ (no direct cooling system at low temperature liquid helium refrigerator) - 150... 400 ℃ (liquid nitrogen) The high temperature furnace (RT - 1200/1600/1750/2400 ℃) Measurement system: single pole and double pole Sample length: 0 < L 50 mm or less The sample diameter: 12 mm / 7 mm / 14 mm / 20 mm/custom Measuring range: 0-5000 microns (plus or minus 2500 microns) Resolution: 0.125 nm/digit Atmosphere: oxidation, reduction, inert atmosphere CTMA Operation modes: linear expansion, volume expansion, compression, three point bending, thin film, fiber tensile Temperature range: 263... RT / 220 ℃ (no direct cooling system at low temperature liquid helium refrigerator) - 150... 400 ℃ (liquid nitrogen) Room temperature.. 1750 ℃ Test range: plus or minus 2 mm; Automatically detect the sample length Maximum load: 3500 mn Absolute resolution: + / - 0.2 nm Temperature scanning rate: 0 ~ 100 ℃ / min The maximum cooling rate: 50/100 ℃ / min Sample size: 20 mm H * Φ 10 mm Vacuum: 10 mbar e - 2. The test atmosphere: dynamic or static (flow) Analysis software: the operating software in both Chinese and English
Brief introduction: Using thermal expansion displacement measurement technology imported from Europe and the original. Can be - 269 ℃ low temperature analysis and measuring the physical properties of materials, meet the aerospace industry, glass industry, ceramic industry, high-tech ceramic sintering and metal powder metallurgy industry, new materials research and development, the automobile industry, polymer industry, etc. Thermal expansion is mainly used in solid, liquid, powder and paste materials research and development and quality control.
