High-temperature furnace
Application
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• Evaluate component thermal damage
• Explore thermal performance
• Analyze thermal expansion laws
• Study thermal fatigue characteristics
• Test high-temperature strength
• Explore thermal performance
• Analyze thermal expansion laws
• Study thermal fatigue characteristics
• Test high-temperature strength
Material
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• Aluminum alloy
• Titanium alloy
• Stainless steel
• Engineering plastics
• Rubber
• Glass fiber
• Carbon fiber
• Ceramics
• Semiconductor silicon wafer
• Polymer
• Titanium alloy
• Stainless steel
• Engineering plastics
• Rubber
• Glass fiber
• Carbon fiber
• Ceramics
• Semiconductor silicon wafer
• Polymer
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Key Product Features
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Strong stabilityMaintain stable temperature for long time. Reduce influence of temperature fluctuations. -
Fast heating and coolingQuickly achieve temperature increase or decrease. Improve testing efficiency. -
Precise temperature controlControl temperature with high precision. Meet strict temperature requirements for biaxial testing. -
Uniform temperatureEvenly distributed temperature in all areas inside the chamber. Ensure uniform heating of test specimen.
