Heating Products
Even heat distribution, rapid ramp-up—precision temperature-control experts.
Efficient heating + stable reliability + custom fit to solve core low-temperature challenges.
Dual certifications + patented technology — 12+ years in end-to-end custom heating solutions
Full-chain control from design to mass production, tailored for stringent scenarios such as batteries, base stations, and medical.
Die-Cut Heating Components
Dedicated heating-product lines with precise process control and insulated protective layers.
Die-Cut Heating Components
Die-Cut Heating Components
Die-Cut Heating Components
Where Our Products Are Mainly Used
Built for multi-industry low-temperature protection—systematically solving cold start and constant-temperature needs.
Traction Batteries
Telecom Base Stations
Medical Devices
Consumer Electronics
New Energy Vehicles
Energy Storage
Industrial Control
Traction Batteries
Battery-pack preheat and insulation
Telecom Base Stations
Outdoor constant temperature / cold-start assistance
Medical Devices
Constant-temperature heating (e.g., infusion warming, instrument insulation)
Consumer Electronics
Auxiliary heating in cold environments, outdoor device insulation
New Energy Vehicles
In-vehicle device heating, localized cabin insulation
Energy Storage
Cold-start heating, enclosure insulation
Industrial Control
Outdoor instrument insulation, low-temperature auxiliary heating
FAQ — Best Material for Heat Products
How uniform is the heating? What is the control accuracy?
Uniformity error ≤5%, control accuracy ±1 °C. We provide temperature-map reports to verify uniform distribution across zones.
What are the maximum temperature and ramp rate?
Max heating temperature up to 120 °C (customizable); ramp rate ≥5 °C/min, enabling fast cold-start and stable temperature hold.
Can you fit irregular or curved devices?
Absolutely. We design irregular/curved heating elements to your installation space using flexible substrates for high conformity; fit can be validated at the sample stage.
Any traction-battery case studies?
Yes—projects with BYD and Naxin delivering low-temperature heating for battery packs, compliant with IATF 16949, rapidly bringing cells into the operating range.
What about service life and safety?
Typical service life ≥5,000 hours under normal conditions; built-in over-temperature protection; insulation resistance ≥10¹² Ω; safety test reports available.
