Insulated Fibreglass High-Temperature Compensating Cable
Model: High-Temperature Fibreglass Compensating Cable EX-HF4-7/0.15
Temperature Resistance: Constructed from high-purity alloy raw materials, it has an outer layer of fibreglass braided protection and can operate at temperatures up to 200°C for extended periods of time.
Core Benefits: The outer sheath is resistant to brittleness and breakage, making it appropriate for temperature signal transmission in high-temperature regions surrounding hot runner dies; minimal thermoelectric drift at prolonged high temperatures eliminates temperature measurement errors.
Compliance Standards: Suitable for thermal signal calibration scenarios, it conforms with GB/T 4989 and JB/T 7495 industry standards.
FEP Insulated Special Cable for High Temperatures
Temperature Resistance: FEP insulation material complies with ASTM standards and can resist temperatures as high as 200°C for extended periods of time. Industry Standard D2116
Core Benefits: Stable operation in high-temperature circumstances in the chemical and oil refining industries; excellent insulation and resistance to chemical corrosion; appropriate for complex situations with high-temperature gas and oil around hot runners.
Appropriate Situations: Meets signal transmission requirements in explosion-proof situations; wiring in high-temperature sections of hot runners in energy and chemical injection moulding factories.
Temp-Flex Low Loss, High Temperature Cable
Model: Low Loss, High Temperature, Temp-Flex TwinMax Twinax Cable
Temperature Resistance: Makes use of an insulating layer made of fluoropolymer (FEP) to prevent performance degradation at extremely high temperatures.
Key benefits include low signal loss, great flexibility, the ability to cabling in small, hot locations, and the ability to transmit high-temperature signals in hot runners.
Appropriate Situations: High-precision production, hot running equipment, and high-temperature calibration procedures in aerospace.
Considerations for Selection: When choosing a cable, be sure to mention the shielding level requirements, the maximum actual ambient temperature, and whether explosion-proof certification is necessary. Give top priority to goods that have full certificates like UL and ISO9001. It is advised to select high-temperature cables with an exterior stainless steel armour coating to further increase service life for long-term operation in situations above 200°C.
