New Energy Precision Components for EV, Hydrogen and Fuel Cell Applications
The new energy sector is one of the fastest growing markets for precision machined components. SCreate manufactures critical parts for battery electric vehicles, hydrogen fuel cell vehicles, energy storage systems and distributed power generation. From 316L stainless high-pressure hydrogen fittings rated to 70MPa, to aluminum liquid cooling manifolds, fuel cell air compressor impellers and EV drive motor housings — we have the materials expertise and machining precision that new energy applications demand.
Capabilities
What We Deliver
Hydrogen Storage & Fueling Components
316L SS high-pressure fittings, valve bodies and manifolds for hydrogen storage tanks and fueling station infrastructure — rated to 70MPa, leak-tested.
Fuel Cell Air Compressor Impellers
2024-T4 and 7075-T6 aluminum impellers for PEM fuel cell air supply compressors. Blade profile tolerance ±0.02mm, balanced to G6.3.
EV Liquid Cooling Connections
304 SS and aluminum CNC-machined coolant connectors, manifolds and flow plates for EV battery thermal management systems.
Battery Pack Structural Components
6061-T6 aluminum battery tray inserts, module end-plates and structural frame elements — lightweight, precise and corrosion-resistant.
E-Drive Motor Housings
Precision-bored aluminum motor housings and stator frames for EV drivetrains — tight bore tolerances, integrated cooling channel machining.
Energy Storage Enclosures
Precision CNC machined housing components for grid-scale and residential energy storage systems.
Industries Served
- Battery Electric Vehicles (BEV)
- Hydrogen Fuel Cell Vehicles
- Hydrogen Infrastructure
- Grid-Scale Energy Storage
- Distributed Power Generation
- PEM Fuel Cell Systems
FAQ
Frequently Asked Questions
Can SCreate machine high-pressure hydrogen components?
Yes. We manufacture 316L stainless steel fittings, valve bodies and manifolds for hydrogen storage and fueling systems rated to 70MPa and above.
What materials are used for new energy CNC components?
Common materials include 316L stainless steel (hydrogen/corrosion resistance), 6061/7075 aluminum (lightweight structural, thermal management), 2024-T4 aluminum (impellers) and PEEK (electrical isolation).
Can you machine EV battery tray components and liquid cooling plates?
Yes. We machine battery tray structural inserts, coolant inlet/outlet connectors and liquid cooling manifolds. Leak testing and pressure testing are available.
Ready to Get Started?
Upload your drawings or send us your requirements — our engineering team responds within 24 hours.