380v Silicone Heater Pad 150deg , 1000mm Silicone Heat Mat
380v Electric Flexible Adhesive Silicone Rubber Heater Heating Pad
Flexible silicone heater is made of silicone rubber and glass fiber cloth are compounded sheet, Silicone rubber heater has good flexibility, can be associated with an object to be heated is close contact; the heating elements of nickel alloy foil processing form, more uniform heating. In this way, we can let the heat transfer to any desired place.The heating component is wrapped with heat conducting and insulating materials on both sides, and completed in high-temperature die forming and aging heat treatment. Due to its high reliability, the product is highly competitive when comparing with other electric heating film products which normally have paste materials such as graphite paste or resistor paste, etc. coated on insulation materials. As a kind of soft red film which can be applied closely on different curved surfaces, the silicon heater can be fabricated in various shapes and powers.
Application for Silicone Heating Pad Heater
2. Laboratory Research
3. Medical equipment and devices
4. Outdoors electronic devices
5.Thermal imaging of imaging equipment
6. Industrial ovens and thermal processing equipment
7. Ventilator supports
8. Laminating equipment etc
Silicone Engine Heater Features:
- Silicone rubber insulating material is tough, light, and thin
- Resistant to moisture and chemicals
- Efficient at heat transfer and designed to tight tolerances
- Strong 3M self-adhesive at back for easy installation
- Clean the application surface before sticking the pad to a metal surface
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.
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