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[China]
Address: Zhangjiagang leyu
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ZHANGJIAGANG HENGYANG METALLURGY TECHNOLOGY CO.,LTD |
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Custom Designed Waterproof Heating Element Silicon Rubber Flexible Heater Pad
Silicone Drum Heater is beneficial to take out liquid and coagulum from drums easily by heating, such as adhesive, oil, asphalt, paint, paraffin wax, oil and various resin raw materials in the drum. It can make viscosity of materials descending and uniform by heating the drum, and reduce the power of pump. Therefore, the heater does not be restricted by seasons, and can be used throughout the year
Durable and precise, silicone rubber heaters are the most widely used flexible heaters and available in a virtually unlimited range of configurations and geometry's. Silicone rubber heaters provide highly efficient heat transfer over a wide temperature range(-50 Deg C ~260 Deg C).
Lightweight and flexible, they provide superior surface conformance that extends heater life by minimizing the gradient between heating element and heat sink. In addition, silicone rubber heaters are dimensionally stable and chemical resistant. They can be designed with multiple heating, shielding and power levels.
Thermostats can be incorporated in a heater for optimum response time and gradient control. Sensors can be integrated inside a heater, adhered to the heater surface, or installed at specific locations within the system to prevent over temperature.
Silicone Engine Heater Features:
Silicone Engine Heater detail :
Flexible Heaters and Thermal Insulation Products are flexible in design and application to fit your specific needs. Chromalox provides dedicated engineering support to customize our Flexible heaters per your requirements. Most size, shape or contour can be used to apply direct and efficient heat without sacrificing dependability.
Various insulating materials are available to suit your application environment. Temperature controlling devices can be molded directly to the elements to provide precise system operation. Power requirements can be minimized and heat-up time optimized by applying heat directly to the part. Cool-down time is shortened and distributed wattages or multiple heater circuit designs are possible with our flexible heating elements.
