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Aluminum Micro Channel Liquid Cooling Plate Stamped for EV Battery Pack 600x400mm

Basic Properties
Place of Origin: Suzhou, China
Brand Name: Trumony
Certification: ISO 9001:2015, IATF 16949
Model Number: TRM-LCP-6040
Trading Properties
Minimum Order Quantity: 50 Pieces
Price: USD 28-65 / Piece
Payment Terms: T/T,L/C,PayPal,Western Union
Supply Ability: 20000 Pieces per Month
Specifications
Material: 3003/6061 Aluminum Alloy Cooling Method: Liquid Cooling
Process: Stamping And Vacuum Brazing Plate Size: 600x400mm
Surface Treatment: Anti-corrosion Coating Application: EV Battery Pack
Plate Thickness: 1.0-3.0mm Working Pressure: Up To 4 Bar
Coolant: 50/50 Glycol Water
High Light:

Aluminum liquid cooling plate for EV battery

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Stamped micro channel cold plate

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600x400mm liquid cold plate

Product Description

Aluminum Micro Channel Liquid Cooling Plate Stamped for EV Battery Pack 600x400mm

Product Overview

This stamped aluminum micro channel liquid cooling plate is engineered for electric vehicle battery packs. Optimized internal flow channels distribute coolant evenly across the 600x400mm cooling surface, reducing temperature variation and extending battery service life.

Manufactured from high thermal conductivity aluminum alloy through precision stamping and vacuum brazing, the plate combines lightweight construction with structural rigidity and reliable sealing for demanding EV applications.

Key Features

  • Stamped micro channel structure for even coolant distribution
  • High thermal conductivity aluminum alloy construction
  • Lightweight design with structural strength
  • Uniform temperature control across the battery pack
  • Corrosion resistant anti-corrosion surface coating
  • Custom flow channel, nozzle and mounting hole options

Technical Specifications

Parameter Value
Material 3003/6061 Aluminum Alloy
Cooling Method Liquid Cooling
Process Stamping and Vacuum Brazing
Plate Size 600x400mm
Plate Thickness 1.0-3.0mm
Working Pressure Up to 4 bar
Coolant 50/50 Glycol Water
Surface Treatment Anti-corrosion Coating
Application EV Battery Pack

Applications

  • Passenger EV battery packs
  • Commercial electric vehicles
  • Battery modules and packs

Quality Assurance

Every liquid cooling plate is manufactured under a documented quality management system certified to ISO 9001:2015 and IATF 16949. Incoming aluminum alloy is inspected before production, and each batch passes dimensional inspection, pressure and leak testing, and thermal performance verification.

  • Raw material inspection and full traceability
  • In-process dimensional and visual inspection
  • 100% pressure and helium leak testing
  • Thermal performance verification on request

Customization Options

Each cooling plate can be tailored to your battery pack or system, including:

  • Plate dimensions, thickness and overall footprint
  • Internal flow channel design and layout
  • Coolant connection type, nozzle position and diameter
  • Mounting hole pattern and surface treatment

Packaging & Delivery

Item Details
Minimum Order Quantity 50 Pieces
Price USD 28-65 / Piece
Payment Terms T/T, L/C, PayPal, Western Union
Supply Ability 20000 Pieces per Month
Delivery Time 15-25 days for production, 3-7 days for stock
Packaging Shock-proof foam with export-grade corrugated carton

Why Choose Trumony Aluminum Limited

  • Annual capacity of approximately 600,000 battery cold plates
  • In-house R&D, stamping, brazing, welding and testing
  • ISO 9001:2015 and IATF 16949 certified manufacturing
  • Support from prototype development to volume production

FAQ

Q: Can you produce custom sizes and shapes?
Yes. We manufacture cooling plates to your drawings, including dimensions, flow channels and interfaces.

Q: What is your lead time?
Stock orders ship in 3-7 days; customized production typically takes 15-25 days.

Q: Do you provide samples?
Yes, samples can be provided for evaluation before mass production.

Contact Trumony Aluminum Limited for a customized liquid cooling plate quotation. Our engineering team supports your EV battery pack project from concept to mass production.