110V 120W Engine Oil Block Heater Pan Stick Adhesive On Pad

Benefits of Silicone Rubber Heater

1. Fast heating with a coefficient of heat conductivity of only 1W/m.k. Due to its small thermal capacity, prompt turn on/off can be achieved.

2. High thermal efficiency: The temperature of electric heating film itself is only tens of centidegrees higher than that of the liquid when heating, which is 2-3 times energy saving than ordinary electric stoves.

3. Water, acid and alkali resistance, high-strength of electric insulation.

4. High mechanical strength with 100kg/cm² mechanical pressure.

5. Small size: Small space occupied when applying this heating product.

6. Easy application: Its self-insulation and free-of-open-fire property greatly help simplify the techniques of heat preservation and thermal insulation.

7. Its wide range of temperature,-60°C~250°C, can not be simply achieved by other electrical appliances.

8. Long service time: Under normal use, the product almost can be permanently and continuously used because nickel and chrome materials are durable to any corrosion, and the silastic has a high surface resistance up to 100kg/cm², which is uncomparable for any other electric heaters.

9. Made in any size, the temperature of the product can be precisely adjusted by temperature controller.

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.