Flexible Silicone Rubber Heater 12V Heating Pad With 3M Adhesive

Silicone Engine Heater Description

1. Warms internal engine components for quick starts in cold weather and reduces engine wear by improving the flow of fluids
2. The silicone-rubber-insulated heating resists most oils and chemicals, including solvents and acids;
3. Dimensions: 5" long x 4" wide; Wattage: 150 watts; Plugs into a 120-volt outlet;68" Long Power Cord; Internal 90°C thermal protector, effectively preventing safety hazards caused by high temperature.UL certificated Plug
4. Place this heating pad under your oil or transmission pan to keep the fluid from thickening in the winter; Warm fluids lubricate better for a long-lasting, well-functioning machine
5. Clean application surface, peel off paper backing then attach to the oil pad; it is suitable for mounting on your engine oil reservoir, fuel tank, transmission pan, and other metal surfaces

Silicone Engine Heater Features:

Application
1. Silicone rubber band heater can be used in damp, no explosive gas atmosphere, industrial equipment pipelines, heat preservation for can and barrel.
2. Silicone rubber heater can be used as a frozen prevention, air conditioner compressor, assisting heating of electrical equipment3 medical devices ( such as blood analyzers, test tube heater, medical care, body slimming belt corset compensation such as heat ).
3. Silicone rubber heater can be used as medical equipment and medical care (such as blood tube heater, blood analyzer, heat supplementary for corset and waistband.

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.