Materials-led engineering
Start with the interaction between textile, heating layer, insulation, sensing and care.
Premium OEM / ODM development
From product idea to production-ready heat.
Materials, heating architecture, sensing, control, validation and manufacturing—coordinated as one development program for global brands.
20–30 daysreference sample lead time
35–45 daysreference mass-production lead time
1,000 pcsreference MOQ per model
End to enddesign through final packing
A development partner, not a catalogue supplier
Build the product around the customer experience
Our role is to connect THERMOVEX global market understanding with core heating technology, then engineer a product that fits the brand, channel and compliance environment.
Premium product discipline
Protect fit, hand feel, visual language and user interface alongside thermal performance.
Production reality
Design for repeatable assembly, inspection, documentation and commercial scale from the beginning.
Six-stage development flow
Clear gates from design to delivery
The process follows the supplied manufacturing workflow and is adapted to the technical and commercial risk of each program.
BriefUse case + market
ArchitectureMaterial + power
PrototypeModule + controller
IntegrationPattern + product
ValidationThermal + durability
ScalePilot + production
Each gate links product intent to an engineering output before the program moves forward.
System architecture
Translate the use case, market and user experience into a practical material, power and control architecture.
Material selection
Define shell, lining, insulation, heating material, trim and care requirements as one system.
Cutting & preparation
Prepare patterns, heating modules, leads, sensors and connection details for assembly.
Sewing & assembly
Integrate the heating system without compromising comfort, drape or serviceability.
In-line quality control
Monitor resistance, electrical continuity, placement and workmanship during production.
Final inspection & packing
Complete functional checks, presentation standards, documentation and brand delivery.
Customisation scope
Every visible and invisible layer can be configured
Premium heated products are defined by how well the technology disappears into the product while remaining controlled, durable and serviceable.
Product architecture
Garment type, heating zones, module shape, body placement and serviceability.
Materials & trims
Shell and lining fabrics, insulation, switches, zippers, fasteners and colorways.
Power & control
Voltage, wattage, battery interface, temperature levels, Bluetooth and connected functions.
Brand expression
Labels, trims, controller colors, packaging, instructions and market-facing presentation.
Validation plan
Wash, bend, thermal mapping, ingress, electrical and market-specific requirements.
Production system
BOM, work instructions, control limits, inspection points and repeatable manufacturing transfer.
A better first brief
Six inputs help us move faster
You do not need a finished technical specification. A clear commercial and product intent is enough to begin the engineering discussion.
- 01Product category and reference design
- 02Target country or region
- 03Heating zones and temperature range
- 04Preferred voltage, battery and runtime
- 05Material, size and care requirements
- 06Estimated annual volume and launch timing
Reference commercial framework
MOQ, sample timing and production timing shown on this page are taken from the supplied July 2026 reference program. Final terms depend on design, materials, testing and capacity confirmation.
Bring us the product challenge
We will engineer the heating path.
Start with a concept, an existing product or a performance target.
Start an OEM / ODM project →