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Silicone rubber heater is a soft electric heating film element made of high temperature resistant, high thermal conductivity, good insulation performance, good strength silicone rubber, high temperature resistant fiber reinforced materials and metal heating film circuit. Silicone heater is composed of arranged nickel alloy resistance circuits, so it can be used with confidence. And its surface heater can be made into various shapes as required. It heats up quickly, has uniform temperature, high thermal efficiency, high strength, easy to use, a safe life of up to four years, and is not easy to age. Improve your heating experience and choose our silicone flex circuit heater - here, innovation and warmth meet. Change the way you heat your space today. For reliable and high-quality heating solutions, consider partnering with a trusted fpc supplier like bolion.
High and low temperature resistance: Silicone materials can withstand higher operating temperatures and also has good low temperature resistance, usually between -40℃ and 200℃.
Weather resistance and aging resistance: Silicone materials are not easy to age, can resist the erosion of ultraviolet rays, ozone and chemicals, and extend the service life.
Good electrical insulation: Silicone is an excellent electrical insulation material with high insulation resistance, which ensures the electrical safety of the heating sheet.
Softness and elasticity: Silicone heating sheets have good flexibility and elasticity, can fit objects of various shapes, and provide uniform heating effects.
Precisely match needs: Customization can be done based on specific customer needs, such as size, shape, power, temperature range, etc., ensuring that the heater is perfectly matched to the application scenario.
Improve performance: Custom heaters can use special materials and technologies to improve their thermal performance, such as faster heating speed and more uniform heat distribution.
Meet special standards: Custom heaters can meet specific industry standards or certification requirements, such as medical grade, food grade or military grade applications.
Safety: Heaters can be customized based on safety standards, such as adding overheat protection, insulation layers or other safety features.
Silicone rubber heaters, prized for their flexibility, durability, and superior thermal performance, are vital across diverse industries, delivering uniform heating and conforming to irregular surfaces in harsh conditions. In medical equipment, custom silicone rubber heaters ensure patient comfort and device reliability by providing controlled warmth for hot compress therapy and physiotherapy equipment, promoting healing and improving circulation. They also maintain optimal temperatures in medical bed heating systems, particularly for critical care, with their biocompatible, moisture-resistant design ensuring safe use. In industrial settings, silicone heating elements enable precise thermal management for mold heating in processes like plastic injection molding and composite curing, enhancing product quality while preventing freeze-related downtime in pipes and tanks. In the automotive industry, flexible silicone heaters support electric vehicle battery performance by maintaining ideal temperatures, provide rapid cabin heating for comfort, and ensure reliable defogging for ADAS sensors. In aerospace and military applications, silicone flexible heating prevents ice buildup on aircraft components and satellites, maintaining functionality in extreme climates for ruggedized devices like communication systems. Their lightweight, customizable, and durable nature makes silicone rubber heaters indispensable for delivering efficient, reliable heating, driving innovation and performance across these sectors.
Silicone rubber heaters offer distinct advantages across these industries. Their flexibility allows them to conform to complex shapes, ensuring efficient heat transfer. Custom silicone rubber heaters are tailored in size, shape, and wattage to meet specific application needs. With low thermal mass, silicone heating elements heat up quickly, reducing energy consumption. Resistant to moisture, chemicals, and UV exposure, they perform reliably in harsh environments. Additionally, their uniform heat distribution and precise temperature control enhance safety by preventing overheating, making flexible silicone heaters a versatile, high-performance solution for modern technological demands.
High thermal conductivity
Flexibility and durability
Customizable shapes and sizes
Rapid heating and precise temperature control
Moisture and chemical resistance
Bolion Silicone Rubber Heaters are widely used in Automotive, Medical Devices, Aerospace, Military, Artificial Intelligence, automatic industrial control, and other electronic fields.
Temperature can be controlled using a variety of methods, including thermostats, thermocouples, or digital controllers, depending on the application requirements.
Installation methods vary depending on the application, but common methods include adhesive backing, mechanical fasteners, or vulcanizing to the surface.
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