Silicone Rubber Heater-Etching Type

Features
1. Unlike traditional silicone rubber heater that uses round wire of nickel alloy, Huilong silicone rubber heater is made using the foil of nickel alloy through etching process. Hence, it achieves higher accuracy of pattern and is suitable for mass production.
2. High power density (3-5w/cm²) makes the heater ideal for quick heating.
3. Our silicone rubber heater can accurately change the temperature distribution of heating surface according to user’s requirements.
4. The adoption of helical line processing method helps ensure temperature uniformity (3℃-280X600).

Power Density
As the power density can be greatly affected by the installing conditions of 1-5W/cm2 heater or the method of temperature control, please consult with us to find most suitable product for your needs.

Applications
Huilong etching type silicone rubber heater can be made to customer’s specific requirements in terms of size, shape or power. Thus, it is widely used in chemical, medical, aerospace, railway, electronic and many other fields.

Technical Specifications of Silicone Rubber Heater-Etching Type

Temperature Regulator

Maintenance
1. Because the heater contains heating wires inside, please don’t bend it at a 90 degree angle.
2. Protect the heater from being scratched.

Packaging
Our heaters are packed in cartons.

Service
We at Huilong offer a one-year warranty on our etching type silicone rubber heaters, during which substandard products are replaced free of charge.

Huilong is a major manufacturer of silicone rubber heater, based in China. We offer various types of products such as silicone rubber heater, silicone rubber flexible hot plate, silicone rubber hot plate and so on. Our products are high quality and competitively priced. Our full chain of manufacturing Kapton flexible electric heater, instrument silicone insulation tube can be completed in China, even in one city. Our lower manufacturing cost can save your purchasing cost. A more detailed description of our product is shown on the page.