| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Wooden pallet |
| Delivery Period: | 25 days |
| Payment Method: | T/T |
| Supply Capacity: | 200 pcs/day |
Introduction:
Our CNC Machined Leak-Proof EV Battery Water Cooling Plate is a premium thermal management solution specifically engineered for the demanding cooling requirements of modern electric vehicle battery systems. It integrates advanced manufacturing and precision engineering to ensure optimal, long-term performance and reliability.
Crafted from high-grade aluminum alloy, the core of this plate is formed by high-precision CNC machining, which guarantees exceptionally accurate and consistent internal cooling channels. This process is complemented by expert forming and welding techniques to create a completely sealed, monolithic structure. Every single unit is validated through rigorous helium leak detection and high-pressure endurance testing, ensuring absolute leak-proof integrity under extreme thermal and pressure cycling conditions.
Key Parameters
| Item | Specification | Material / Value |
|---|---|---|
| 1 | Base Material | 3003/6061 / 6063 |
| 2 | Coolant | 50/50 Water-Glycol Mix |
| 3 | Core Process | Precision CNC Machining & Brazing |
| 4 | Typical Pressure Drop | ≤ 10 KPa |
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Primary Applications
Our high-precision CNC-machined liquid cooling plate is a specialized thermal control solution developed primarily for advanced, high-power electric vehicle applications. Its key application focus is:
Key Advantages:
Our CNC-machined cooling plates are the ideal solution for passenger EVs, commercial electric vehicles, and specialty electric mobility applications, where reliability, safety, and thermal performance are non-negotiable. We provide comprehensive support from initial concept design and prototyping through to volume production and dedicated technical service.
Q: Are you a factory that specializes in automotive thermal components?
A: Yes, we are a dedicated manufacturer with over ten years of deep expertise in advanced thermal management, particularly for the electric vehicle sector. We handle the entire process from R&D to production in-house.
Q: What are your standard payment terms?
A: Our standard terms are a 50% advance payment to initiate an order, with the remaining 50% due prior to shipment.
Q: What is the typical timeline for prototype and production?
A: For a new design, prototype development and sample delivery typically take 3-4 weeks. Upon your approval, mass production can be completed and ready for shipment within 4-5 weeks.
Q: Do you offer custom design (ODM) services for unique battery pack layouts?
A: Absolutely. Custom design is our specialty. Our engineering team can collaborate with you to develop a cooling plate solution that fits your exact battery module dimensions, thermal requirements, and interface specifications.
Q: Can you provide functional samples for our testing?
A: Certainly. We encourage and support product validation. We can provide fully functional samples for your thermal, pressure, and integration testing protocols.
Q: Do you accept low-volume pilot production orders?
A: Yes, we do. We are equipped to handle pilot runs and low-volume production, which is ideal for new vehicle platform development and initial validation phases.
|
|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Wooden pallet |
| Delivery Period: | 25 days |
| Payment Method: | T/T |
| Supply Capacity: | 200 pcs/day |
Introduction:
Our CNC Machined Leak-Proof EV Battery Water Cooling Plate is a premium thermal management solution specifically engineered for the demanding cooling requirements of modern electric vehicle battery systems. It integrates advanced manufacturing and precision engineering to ensure optimal, long-term performance and reliability.
Crafted from high-grade aluminum alloy, the core of this plate is formed by high-precision CNC machining, which guarantees exceptionally accurate and consistent internal cooling channels. This process is complemented by expert forming and welding techniques to create a completely sealed, monolithic structure. Every single unit is validated through rigorous helium leak detection and high-pressure endurance testing, ensuring absolute leak-proof integrity under extreme thermal and pressure cycling conditions.
Key Parameters
| Item | Specification | Material / Value |
|---|---|---|
| 1 | Base Material | 3003/6061 / 6063 |
| 2 | Coolant | 50/50 Water-Glycol Mix |
| 3 | Core Process | Precision CNC Machining & Brazing |
| 4 | Typical Pressure Drop | ≤ 10 KPa |
![]()
Primary Applications
Our high-precision CNC-machined liquid cooling plate is a specialized thermal control solution developed primarily for advanced, high-power electric vehicle applications. Its key application focus is:
Key Advantages:
Our CNC-machined cooling plates are the ideal solution for passenger EVs, commercial electric vehicles, and specialty electric mobility applications, where reliability, safety, and thermal performance are non-negotiable. We provide comprehensive support from initial concept design and prototyping through to volume production and dedicated technical service.
Q: Are you a factory that specializes in automotive thermal components?
A: Yes, we are a dedicated manufacturer with over ten years of deep expertise in advanced thermal management, particularly for the electric vehicle sector. We handle the entire process from R&D to production in-house.
Q: What are your standard payment terms?
A: Our standard terms are a 50% advance payment to initiate an order, with the remaining 50% due prior to shipment.
Q: What is the typical timeline for prototype and production?
A: For a new design, prototype development and sample delivery typically take 3-4 weeks. Upon your approval, mass production can be completed and ready for shipment within 4-5 weeks.
Q: Do you offer custom design (ODM) services for unique battery pack layouts?
A: Absolutely. Custom design is our specialty. Our engineering team can collaborate with you to develop a cooling plate solution that fits your exact battery module dimensions, thermal requirements, and interface specifications.
Q: Can you provide functional samples for our testing?
A: Certainly. We encourage and support product validation. We can provide fully functional samples for your thermal, pressure, and integration testing protocols.
Q: Do you accept low-volume pilot production orders?
A: Yes, we do. We are equipped to handle pilot runs and low-volume production, which is ideal for new vehicle platform development and initial validation phases.