With core advantages including ultra-thin flexibility, fast temperature rise, high temperature control accuracy, low outgassing rate, excellent high and low temperature resistance, strong electrical insulation and customizable special shapes, the practical application scenarios are categorized by industry as follows.
1.1Thermal Management of Power Battery Packs
Low-temperature preheating of battery cells, thermal insulation of entire PACK assemblies, low-temperature startup heating, and constant temperature control for energy storage battery clusters. It resolves issues such as sharp capacity attenuation and restricted charging of lithium batteries at low temperatures. It can be conformally attached to curved surfaces of cells or modules without occupying extra space inside the battery compartment.
1.2Defrosting and Demisting for Vehicle Components
Deicing and defogging for exterior rearview mirrors, streaming rearview mirrors, millimeter-wave radar covers and on-board cameras; edge defogging of windshields and localized heating pads for car seats.
1.3Pipeline Anti-freezing Protection
Preheating and anti-freezing for hydrogen fuel pipelines, urea pipelines and diesel filter elements to avoid blockage caused by medium condensation in low-temperature environments.
2. Aerospace & Military Industry (High-Reliability Mandatory Application Scenarios)
2.1Aerospace Sector
Satellites and launch vehicles: Constant temperature thermal insulation for space-borne optical cameras, gyroscopes, accelerometers, star trackers and circuit boards; baking and outgassing removal inside vacuum chambers (ultra-low outgassing prevents contamination of optical lenses); active heating for deep-space equipment operating in extremely low temperature environments.
Temperature control for payloads on space stations and deep space probes to guarantee stable operation under alternating high and low temperature conditions for long-term service.
2.2Military Aircraft, Ships & Land Equipment
Anti-freezing and thermal insulation for airborne avionics, radar systems, fire control systems and airborne liquid crystal displays; localized anti-icing and deicing for leading edges of aircraft wings.
Low-temperature preheating and condensation prevention for sighting devices of tanks and artillery pieces, as well as electronic cabinets on warships; constant temperature control for missile guidance assemblies.
3. Medical Devices & Biological Detection (Preferred for Precise Constant Temperature Control)
3.1In Vitro Diagnostic (IVD) Equipment
Heating bases for PCR amplifiers, nucleic acid detectors, blood analyzers, biochemical analyzers and reagent card slots/test tubes; constant temperature incubation of samples with temperature fluctuation controlled within ±0.1 °C, featuring fast thermal response suitable for cyclic temperature regulation.
3.2Physical Therapy & Aesthetic Medical Instruments
Electric heating therapy patches, hot compress massage devices and moxibustion instruments; miniature heating cores inside hair straighteners, curling irons, radio frequency beauty devices and eye hot compress devices.
3.3Portable Medical Equipment
Infusion warmers for field use, blood collection devices and thermal insulation for portable detectors operating in low-temperature surroundings.
4. Semiconductor & Precision Electronics Manufacturing (Vacuum & Cleanroom Applications)
4.1Wafer Processing Equipment
Wafer chucks, probe stations, localized heating for vacuum chambers of CVD/PVD equipment and thermal bonding stations for chip packaging. It features zero volatile emissions and will not contaminate photoresists or wafer surfaces, meeting strict cleanroom requirements.
4.2Constant Temperature Control for Electronic Components
Thermal insulation for optical modules, lasers, CCD/CMOS image sensors and crystal oscillators to eliminate signal drift induced by temperature variations.
4.3Test Tooling & Fixtures
Localized targeted heating for IC aging test jigs and high-low temperature test fixtures; baking and outgassing removal for vacuum electron beam equipment chambers.
5. Industrial Automation & Precision Instruments
5.1Laboratory Analytical Instruments
Constant temperature heat sources for chromatographs, mass spectrometers and thermal conductivity testers; targeted heating for small stations inside environmental test chambers.
5.2Anti-freezing Protection for Outdoor Industrial Equipment
Low-temperature heating to prevent black screens and condensation for field transmitters, flow meters, level sensors, PLC modules and LCD displays; thermal insulation for pitch controllers of high-latitude wind turbines and outdoor base station PCBs.
5.43D Printing Equipment
Heating beds, heating rings for nozzles and heating sheets for material drying chambers, boasting thin thickness and easy conformal attachment to curved surfaces.
5.5Heat Transfer Printing & Small Hot-Pressing Tooling
Flexible fitting for curved workpieces to deliver precise localized heating without damaging base materials.
6. Consumer Electronics & Civil Small Home Appliances
6.1Wearable Thermal Products
Heated insoles, electric thermal gloves, waist warmers and heating pads for pets, heated mouse pads.
6.2Portable Digital Accessories
Back-mounted heating sheets for mobile phone batteries used outdoors in cold weather, internal heating modules for handheld fascia guns.
6.3Small Household Appliances
Heating cores for compact electric irons, portable hot compress devices and desktop constant temperature mug warmers.
7. Special Vacuum & Scientific Research Devices
Baking of synchrotron radiation light sources and ultra-high vacuum (UHV) chambers, electron microscope lens barrels; compensation heating for cold ends of cryogenic cooling equipment; temperature control for precision payloads inside space environment simulation chambers. It serves as a standard matching heating element for vacuum equipment.