
GPU cooling plate
Cold plate material: Aluminum alloy
Cold plate process: Skived fin + brazing integrated design
TDP Power: 700W*8 + 134*2 + 156*2 = 6180W
Quick-connect fitting: DAG06
Connection method: EPDM braided hose
Product status: PVT
Engineered cooling solutions designed to manage heat in space-constrained, high-volume consumer electronic products.







Cold plate material: Aluminum alloy
Cold plate process: Skived fin + brazing integrated design
TDP Power: 700W*8 + 134*2 + 156*2 = 6180W
Quick-connect fitting: DAG06
Connection method: EPDM braided hose
Product status: PVT

Cold plate material: Aluminum alloy
Cold plate process: Skived fin + brazing integrated design
TDP Power: 700W*8 + 134*2 + 156*2 = 6180W
Quick-connect fitting: DAG06
Connection method: EPDM braided hose
Product status: PVT

Cold plate material: Aluminum alloy
Cold plate process: Skived fin + brazing integrated design
TDP Power: 700W*8 + 134*2 + 156*2 = 6180W
Quick-connect fitting: DAG06
Connection method: EPDM braided hose
Product status: PVT
Trusted by Consumer Electronics Manufacturers
Experience supporting compact and high-integration designs
Product portfolio covering air-cooled and liquid-cooled solutions
Manufacturing capability suited for large-scale consumer production
Certified quality systems ensuring consistency and traceability
We supply heatsinks, liquid cold plates, and integrated structural thermal components from our standard product portfolio.
Yes. Our solutions are engineered specifically for space-limited and highly integrated consumer electronics.
Through optimized product selection and manufacturing processes aligned with high-volume production requirements.
Yes. Our capacity and process control support stable, large-scale consumer electronics manufacturing.
Yes. Products can be customized based on structure, power level, and assembly requirements.