High Temperature Cables

Heat Resistant Glass Fiber Insulated Cables, suitable for use in environments with operating temperatures of 300-450 °C, manufactured by coating high-grade silicone on glass fiber. They are cable types generally used in resistances and heat treatment furnaces. Our stocks are available in different shapes according to different temperature conditions. Cable cross-sections in our stock:

High-Heat Resistant Cables

High-heat resistant cables are a special type of cables typically used in industrial and specialized applications. These cables are designed to provide safe and reliable transmission in environments exposed to high temperatures.

High-Temperature Heater Cables

• Material: High-temperature heater cables are typically made from special alloys. These alloys often include nickel-chromium, kanthal, tungsten, and similar materials.
• Conductivity: Heaters are designed to conduct electrical current at high temperatures, ensuring the stable operation of heating elements.
• Durability: Reliability and durability are crucial in environments exposed to high temperatures. Therefore, high-temperature heater cables are designed to withstand prolonged and intense usage.
• Applications: High-temperature heater cables are used in various applications such as industrial furnaces, stoves, heating systems, laboratory equipment, and more.
• Variety: High-temperature heater cables come in different types and sizes, providing a wide range of options to meet various application requirements.
• Installation and Maintenance: Proper installation and periodic maintenance are important to ensure the safe and efficient operation of heaters. Suitable installation and maintenance practices can enhance the performance and longevity of heater cables.

Technical Specifications of High-Temperature Heater Cables

• Conductor: Conductors capable of withstanding high temperatures such as copper, nickel, kanthal, etc., are used.
• Insulation: Insulation materials capable of withstanding high temperatures such as XLPE, silicone, glass fiber, etc., are used.
• Outer Sheath: Outer sheath materials providing protection against abrasion and wear, such as PVC, nylon, etc., are used.
• Temperature Resistance: Cables capable of withstanding temperatures ranging from 90°C to 1300°C are available.
• Conductivity: Cables with high conductivity are preferred.
• Resistance: Cables with low resistance are preferred.
• Resistance to Wear and Tear: Cables resistant to wear and tear are preferred.
• Chemical Resistance: Cables resistant to chemicals are preferred based on the intended use.

Applications of High-Temperature Heater Cables

• Industrial Furnaces: Industrial furnaces typically operate at high temperatures and are used to process or shape materials. High-temperature heater cables are used to facilitate the heating of these furnaces.
• Stoves and Heating Systems: Industrial stoves and heating systems often operate at high temperatures. High-temperature heater cables are used as heating elements in these systems.
• Laboratory Equipment: High-temperature heater cables are preferred for laboratory equipment operating at high temperatures, especially in fields like chemistry and materials science, where precise temperature control is required.
• Plastic Processing and Extrusion: Plastic processing machines and extrusion lines operate at high temperatures. High-temperature heater cables are used in these machines for melting and shaping plastic materials.
• Metal Melting and Casting: Metal melting furnaces and casting equipment are used to melt and cast metal at high temperatures. High-temperature heater cables are commonly used in such applications.
• Automotive Industry: High-temperature applications in the automotive industry include paint booths, drying systems, and other heating applications. High-temperature heater cables are used in these systems.

Advantages of High Temperature Resistant Cable Heaters

• Long Lifespan: High temperature resistant cable heaters are made of durable materials and typically have a long service life, providing reliable performance in continuously high temperature environments.
• High Temperature Endurance: These heaters can usually withstand even very high temperature conditions, making them suitable for use in industrial ovens, stoves, and other equipment exposed to high heat.
• Precise Control and Conductivity: High temperature resistant cable heaters can be controlled with high precision and can conduct electricity consistently, making them ideal for meeting precise heating and control requirements.
• Versatility: High temperature resistant cable heaters are available in different types and sizes, providing flexibility to meet various application requirements.
• Safety: These heaters are generally made from high-quality materials and comply with strict safety standards, ensuring reliable and safe use.
• High Performance: High temperature resistant cable heaters are typically high-performing, operating efficiently with fast heating and cooling times.
• Low Maintenance Needs: When installed correctly and maintained regularly, high temperature resistant cable heaters generally require low maintenance, helping to reduce operating costs.