Silicone heaters feature high flexibility for close adhesion to curved surfaces, waterproof and moisture-proof performance, uniform temperature control, insulation properties, and resistance to chemical corrosion. They are primarily applied for external surface tracing heating, curved-surface bonded heating, precision low-temperature constant temperature maintenance, and anti-condensation & anti-freezing of equipment, boasting distinct application scenario differentiation from rigid tubular heaters. Below is a breakdown of segmented applications across various industries.
1. New Energy Vehicles & Energy Storage (Largest Consumption & Core Industry)
1.1Low-temperature preheating and thermal insulation for new energy power battery packs, modules and PACK assemblies to boost winter driving range and prevent lithium precipitation damage to battery cells.
1.2Tracing heating for on-board hydrogen fuel cell stacks and hydrogen storage cylinder pipelines.
1.3Thermal insulation and anti-freezing for energy storage station containers and industrial & commercial lithium battery energy storage cabins.
1.4External wrapping heating for on-board urea tanks, SCR pipelines and hydraulic oil tanks to avoid crystallization and blockage under low temperatures.
2. Petrochemical Industry, Oil & Gas Fields and Offshore Platforms
2.1External winding tracing heating for pipelines, valves and sampling lines transporting crude oil, heavy oil, asphalt and high-viscosity chemicals to prevent solidification.
2.2Surface-mounted constant temperature maintenance on oil drums, IBC totes and reaction kettles to keep materials free from caking and stable in fluidity.
2.3Anti-freezing protection for instrument pipelines, pressure gauges and transmitters on offshore drilling platforms, as well as low-temperature protection for open-air equipment.
2.4Constant temperature insulation for additive delivery pipelines in rectification units and organic solvent storage tanks.
3. Pharmaceutical, Biological Laboratories & Medical Devices (High-Precision Temperature Control)
3.1Constant temperature heating for blood analyzers, biochemical detectors and reagent cards to guarantee accurate test results.
3.2External constant temperature treatment for fermentation tanks, chromatography columns and purified water delivery pipelines.
3.3Built-in heating pads for ventilators, humidifiers and medical infusion warming devices.
3.4Tracing heating for chromatographs and gas sampling pipelines in laboratories to avoid water vapor condensation and sample adsorption.
4. Food, Beverage, Grain & Oil Processing
4.1External thermal insulation for pipelines conveying syrup, chocolate, jam and grease to avoid hanging wall and blockage of viscous materials.
4.2Heating and melting of palm oil and animal fat in IBC totes, plus anti-bridging and anti-caking treatment for hopper discharging.
4.3Bonded heating for material silos and heat sealers of filling equipment to ensure stable operation of production lines in low-temperature environments;
Constant temperature heating for supporting pipelines of pasteurization units and food thermal insulation bins.
5. Plastics, Rubber & 3D Printing Industries
5.1Flexible bonded auxiliary heating for the outer rings of injection molding machine molds and hot runners, delivering even mold temperature and defect-free molded parts.
5.2External insulation for extruder barrels and runners to stabilize the melting temperature of rubber compounds.
5.3Bonded heating for rubber vulcanization molds and hot-pressed composite boards.
5.4Constant temperature heating for the forming chambers and base plates of FDM 3D printers to mitigate warpage and poor interlayer adhesion.
6. Semiconductor & Precision Electronics Manufacturing
6.1External temperature control for wafer equipment chambers and vacuum chambers to eliminate condensation.
6.2Heating for optical lenses and inspection camera lens barrels to prevent fogging and water condensation.
6.3Internal surface-mounted heating for industrial control cabinets, outdoor communication base stations and 5G cabinets to avoid condensation and short circuits on circuit boards in winter.
6.3Local constant temperature heating for chip test fixtures and component aging test benches.
7. HVAC, Refrigeration & Environmental Water Treatment
7.1Auxiliary low-temperature startup heating for air conditioning compressors and condensing units.
7.2Anti-freezing wrapping for outdoor water pumps, solenoid valves and sewage pipelines.
7.3Tracing heating for VOCs waste gas sampling pipelines and online monitoring instruments to prevent component loss caused by waste gas condensation.
7.4External insulation for electroplating tanks and electrophoresis tanks to stabilize the process temperature of tank liquor.
8. Aerospace & National Defense
8.1Anti-freezing and thermal insulation for airborne instruments and sensor pipelines on aircraft.
8.2Deicing and defrosting for radar antennas and photoelectric detection windows.
8.3Low-temperature preheating for airborne hydraulic oil circuits and fuel pipelines.
8.4Constant temperature heating for field military shelters and vehicle-mounted electronic equipment cabins.
9. Shipbuilding & Rail Transit
9.1External thermal insulation for fuel and lubricating oil tanks in ship engine rooms, plus anti-freezing treatment for deck sampling pipelines.
9.2Low-temperature tracing heating for high-speed train brake fluid pipelines and on-board water supply pipelines.
9.3Thermal insulation and heating for metro traction equipment cabinets and on-board storage batteries.
10. Small Household Appliances, Smart Wearables & Civil Health Care
10.1Built-in silicone heating pads for heating coasters, heat sealers, sealing machines and hot stamping equipment.
10.2Flexible heating layers for hot compress belts, physiotherapy massage cushions and smart heating garments.
10.3Anti-freezing heating for RO membrane pipelines of household water purifiers in winter.
11. General Industrial Equipment Supporting
11.1External surface-mounted constant temperature treatment for hydraulic station oil tanks and gearboxes to stabilize lubricating oil viscosity.
11.2Heating for vacuum equipment chambers and glue cartridges of dispensing machines to avoid glue solidification and dispensing interruption.
11.3External heating for powder silos and discharge hoppers to prevent bridging and blockage of powder materials (applicable to powder spraying and powder conveying scenarios).