Silicone Rubber - Features & Benefits

• Chemical Resistant
• Wide Range of Sizes and Shapes
• Flexible
• Many Termination Styles
• Lead Placement Flexibility
• Voltage Variations
• Holes and Cutouts

• Can be Molded to Customer Part
• Optional Pressure-Sensitive Adhesive
• Fiberglass Reinforced Silicone Rubber
• Post-Cured for High-Temp Applications and no Smoke
• Optional Eyelets or Spring Clips
• Optional Integrated Thermostats

Silicone Rubber - Industries & Applications

Silicone rubber heaters can be used anywhere that a flexible heater with excellent contact for heat transfer is desired. They can be made to almost any size and shape, which makes them particularly useful for applications like medical, food, and electronics warming. Applications already using silicone rubber heaters include:

• Medical Devices
• Stirrers and Hot Plates
• Freeze Protection
• Food Processing and Warming Devices
• Semiconductor Processing Equipment
• De-Icing Equipment
• Vending and ATM Machines
• Racing Industry
• Photo Processing Equipment

Silicone rubber heaters can be customized for specific applications. Lead placement, cuouts, and pressure sensitive adhesive are just a few of the ways silicane rubber heaters can be tailored to a customer's needs.

Silicone Rubber - Material & Construction

• Fiberglass-calendared silicone rubber sheets
• Inconel resistor is chemically etched to generate specified heat profile
• Lead wire is U.L. and C.S.A. approved
• UL approved

Silicone Rubber - Specifications

• Standard Watt Densities up to 5 W/in^2, higher application dependent watt densities available
• Max temperature: 450°F
• Thickness: 1/32" +/- 0.005"
• Length Tolerance: +/- 1/16"
• Resistance Tolerance: +/- 10%
• Max voltage: 600V
• Max rectangular size: 12" x 24"
• Max Non-rectangular available dimension not exceeding 12"