Silicone Rubber Heater

Silicone Rubber Heaters represent cutting-edge flexible heating technology engineered to provide uniform, reliable thermal solutions for complex geometries and demanding environmental conditions. These sophisticated heating elements are available in both wire-wound and etched-foil constructions, each optimized for specific application requirements and performance characteristics.

Wire-wound configurations utilize precision-wound nickel-chromium resistance wire embedded within a high-temperature fiberglass core, providing excellent flexibility and durability for applications requiring repeated flexing or conforming to irregular surfaces. The advanced wire-wound design ensures consistent heat distribution while maintaining structural integrity under mechanical stress and thermal cycling.

Etched-foil variants feature precision-patterned metal foil circuits laminated between high-grade silicone rubber layers, enabling rapid prototyping capabilities and exceptionally uniform heat distribution across complex heating zones. The sophisticated etched-foil technology allows for intricate heating patterns, multiple heating zones, and integration of temperature sensing elements within a single assembly.

Engineered for superior environmental resistance, these heaters demonstrate exceptional moisture and chemical resistance, flame-retardant properties, and continuous operation capabilities up to 450°F (232°C), making them ideal for freeze protection systems, food warming applications, packaging equipment, laboratory instrumentation, and specialized industrial processes requiring precise thermal control.

Advanced manufacturing processes ensure comprehensive customization capabilities including complex shapes, precision cutouts, integrated thermostats or sensors, adhesive backing systems, and specialized mounting configurations. The versatile design accommodates diverse applications from aerospace de-icing systems to medical device heating, providing reliable thermal performance in challenging environments where traditional rigid heaters cannot function effectively.