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Products > Silicone Rubber Heaters > 12V 240W DC Factory OEM Flexible Silicone Rubber Heater for Industrial Heating
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12V 240W DC Factory OEM Flexible Silicone Rubber Heater for Industrial Heating
The silicone rubber heater consists of high temperature resistance wire wound around a fiberglass core for added support and flexibility while still allowing for expansion and contraction during heat up and cool down. The element is laid out in a computer designed pattern to provide maximum heat transfer and temperature uniformity
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Product Description
Product Description
1. Introduction:
The silicone rubber heater consists of high temperature resistance wire wound around a fiberglass core for added support and flexibility while still allowing for expansion and contraction during heat up and cool down. The element is laid out in a computer designed pattern to provide maximum heat transfer and temperature uniformity. After the element is laid out, it is vulcanized between two sheets of silicone rubber until they become one. The silicone rubber sheets also have a layer of fiberglass for added strength and tear resistance. The same vulcanization process is used to attach the power leads and cord sets to the heater windings. The silicone rubber heater can be designed with a thermocouple wire so as to connect to temperature controller system. Any szie and shape can be customized.
2. Technical parameter:
3. Features & Benefits:
4. Applications:
1) Thermal transfer equipment;
2) Prevent condensation in motors or instrument cabinets;
3) Freeze or condensation prevention in housings containing electronic equipment, for examples: traffic signal boxes, automatic teller machines, temperature control panels, gas or liquid control valve housings
4) Composite bonding processes
5) Semiconductor process heating
6) Food processing equipment
7) Airplane engine heaters and aerospace industry
8) Drums and other vessels and viscosity control and asphalt storage
9) Medical equipment such as blood analyzers, medical respirators, test tube heaters, etc.
10) Curing of plastic laminates
11) Computer peripherals such as laser printers, duplicating machines
1. Introduction:
The silicone rubber heater consists of high temperature resistance wire wound around a fiberglass core for added support and flexibility while still allowing for expansion and contraction during heat up and cool down. The element is laid out in a computer designed pattern to provide maximum heat transfer and temperature uniformity. After the element is laid out, it is vulcanized between two sheets of silicone rubber until they become one. The silicone rubber sheets also have a layer of fiberglass for added strength and tear resistance. The same vulcanization process is used to attach the power leads and cord sets to the heater windings. The silicone rubber heater can be designed with a thermocouple wire so as to connect to temperature controller system. Any szie and shape can be customized.
2. Technical parameter:
| Product name | Silicone rubber heater |
| Heater type | Industrial heating element |
| Place of origin | Guangzhou, China |
| Voltage | 12-480V |
| Min thickness | 1.5mm |
| Weight | Depends on the customized size. |
| Available size | Of all specifications, can be customized |
| 3M Adhesive | With or without. Customized. |
| Heater shape | Round/Square/Irregular, customized |
| Sample | Available for test. |
| OEM Service | Available. Sample test before order is welcomed. |
| Packaging | Poly bag and carton |
3. Features & Benefits:
| Features | Benefits |
| More than 80 designs available immediately from stock | Reduces downtime |
| Constructed with wire-wound or etched foil elements |
Provides the desired flexibility for many dynamic applications Delivers low mass and easily repeatable distributed watt densities |
| Moisture and chemical-resistant silicone rubber mate |
Provides longer heater life Allows heaters to be easily bonded to the part |
| Vulcanizing adhesives or fasteners | Delivers a thin, lightweight heater |
| Designed to the exact shape and size needed | Conforms to your component and/or equipment |
4. Applications:
1) Thermal transfer equipment;
2) Prevent condensation in motors or instrument cabinets;
3) Freeze or condensation prevention in housings containing electronic equipment, for examples: traffic signal boxes, automatic teller machines, temperature control panels, gas or liquid control valve housings
4) Composite bonding processes
5) Semiconductor process heating
6) Food processing equipment
7) Airplane engine heaters and aerospace industry
8) Drums and other vessels and viscosity control and asphalt storage
9) Medical equipment such as blood analyzers, medical respirators, test tube heaters, etc.
10) Curing of plastic laminates
11) Computer peripherals such as laser printers, duplicating machines
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