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Silicone rubber heaters are flexible, thin and flat, and can be used in many situations where metal heaters cannot be used |
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Consists of two sheets of calendered silicone rubber and fiberglass fabric.The silicone rubber sheet is capable of resisting wide range of temperature from -50 to 250°C [-58°F to 482°F]. |
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Possesses high thermal response due to low thickness, with a standard thickness of 1.5mm. |
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Can easily be fit on cylinders, cones, and various curved surfaces because of its high flexibility. |
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Uses safer nickel-alloy wire elements, unlike carbon element heaters. |
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Silicone rubber heaters can be designed in any shape desired |
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Can be made into any shape, from a triangle to a torus, and can be designed with holes or other perforations, unlike carbon element heaters. |
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Our internationally patented process allows us to custom design even a single heater. |
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We can design heaters for almost any situation you can imagine |
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Our heaters have been used in a wide variety of industries and facilities. |
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Thin, flexible heaters offer a simple solution to problems of weight reduction and miniaturization. *A thermal controller is necessary, since the heating surface is capable of quick heating, but lacks inherent temperature control. |
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The Standard Type, E-type, and MG-type can be used continuously and semi-permanently at 200°C [392°F] |
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Can easily be adhered to the heated object. Up to 100°C[212°F]- Double sided adhesive tapes. 100-150°C[212-302°F]- Silicone Adhesives (RTV) |
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We recommend our fusion process for continuous use at temperatures above 150°C [302°F]. |
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The H-type can be used continuously at 300°C [572°F] |
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We stock 300°C heat resistant adhesives KE3418RTV(B) manufactured by Shin-Etsu Chemical. |
