About Heating Jacket
Flexible Heating Jacketsare suitable to raise or maintain temperatures in drums, vessels and process instruments. They are comprises of self- regulating heating cables fixed on a fiberglass cloth jacket. These jackets are per-insulated and manufactured to the shape of the equipment/vessel to be heated. Due to its self- regulating technology and fitted with thermostatic control, they are safe, having long life and smooth operation. TheFlexible Heating Jacketsare equipped with and belts for easy fitment and removal.
Features
- Self-regulating heating element
- Available in 110 and 240VAC frequency range: 50-60Hz
- Fitment: hook and loop fastener
- Moisture and oil resistant uniform heating, highly efficient, maintenance free, precise temperature control
- Adaptability, long life, custom-built construction
- Certifications: UL listed /ATEX approved, Baseefa certified self- regulating heating cable used in jackets.
Technical Specification
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Frequency
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50-60 Hz
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Material
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Fiberglass Cloth
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Usage/Application
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Heaters
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Max Withstanding Temperature
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Up to 150 degree C
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Voltage
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110 and 240 V AC
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Versatile Heating for Industrial ApplicationsEngineered for adaptability, our heating jackets offer precise temperature control up to 200C, making them suitable for drums, reactors, tanks, and pipes. The robust insulation and high-temperature fabrics ensure safe and uniform heat distribution in demanding environments. With multiple fitting options, installation is streamlined for various vessel designs and sizes.
Flexible Power and Control OptionsSelect from a wide power rating spectrum (250W-3000W) to match your specific process requirements. Integrated digital or analog thermostats enable accurate temperature management, enhancing safety and energy efficiency. Standard cable lengths (1.5m-2m) provide sufficient flexibility for convenient setup.
Reliable and Safe OperationMeet your protection needs with models rated from IP40 to IP65. The jackets are constructed from high-temperature textiles and fiberglass, ensuring long-term durability under rigorous conditions. Every unit is designed to facilitate easy fitting and removal while maintaining reliable performance and operator safety.
FAQs of Heating Jacket:
Q: How do I install the heating jacket on my tank or pipe?
A: Installation is simple with fitting methods such as Velcro, buckle, or tie-cord, allowing secure attachment around drums, tanks, pipes, or reactors. The process does not require specialized tools, ensuring quick and hassle-free setup.
Q: What is the maximum temperature the heating jacket can achieve?
A: Depending on the model and design, the heating jackets can reach temperatures up to 200C. This ensures they are suitable for most industrial heating requirements, including processing and maintaining temperature-sensitive materials.
Q: When should I use a heating jacket instead of traditional band heaters?
A: Use heating jackets when you need uniform heat distribution, additional insulation, or flexible installation on irregular surfaces. They are ideal for applications where standard band heaters may not provide adequate coverage or thermal protection.
Q: Where can these heating jackets be applied?
A: Our heating jackets are suitable for drums, vessels, pipes, tanks, and reactors across various industries, including chemical processing, food production, and laboratory environments. Their adaptable design fits a wide range of equipment and containers.
Q: What benefits do these heating jackets provide over other solutions?
A: They offer enhanced thermal efficiency, safer external surfaces due to insulation, flexible control options, and easy installation/removal. They also reduce energy consumption and improve process safety compared to uninsulated alternatives.
Q: How is temperature controlled in these jackets?
A: Temperature control is managed through optional integrated digital or analog thermostats, enabling precise setting and monitoring. This allows process optimization and helps prevent overheating.
Q: What is the process to clean or maintain the heating jacket?
A: To maintain, switch off the jacket and allow it to cool before cleaning. Use a soft, dry cloth for the exterior high-temperature textile or fiberglass cover, and avoid harsh chemicals to preserve material integrity and performance.