Multi-Angle Louver Fin Die for Battery Pack Motherboard Cooling (± 0.03mm Angular Control)

📊Basic Info & Specifications

Material

High-Speed Steel

Processing Method

Punching and Shearing Mould

Technics

Forming Die

Process Combination

Single-Process Mould

Mold Cavity Technology

CNC Milling

Production Frequency

15 Seconds Each

Packaging Type

Wooden Box (Fumigation-Free)

Specification

1m~2.5m

Production Capacity

1,000,000 Units/Year

🛠️Product Description

Multi-Angle Louver Fin Die for Battery Pack Motherboard Cooling

This multi-station progressive die produces aluminum header plates for oil coolers, intercoolers, and battery systems with patented S-turbulator rib technology. Featuring laser-guided pillar control (±0.005mm punch-die gap), it achieves ±0.1mm tolerance at 250 SPM while processing 0.5-2.0mm aluminum alloys.

12-station continuous forming of U-coolant paths
Cryogenic-treated SKD11 steel with 100M+ stroke lifespan
Self-lubricating system for 24/7 robotic production
Brazing-ready surface finish (Ra≤0.2μm)
Certified to IATF 16949/ASME standards

🔍Other Similar Products

🏢About Our Expertise

We stand at the forefront of innovation as a high-tech enterprise. Specializing in precision stamping molds for automotive heat exchange systems, stamping automation equipment, and precision stamping products, we boast a dedicated engineering and technical team skilled in mold design and manufacturing. Over the years, our relentless pursuit of excellence has earned us ISO9001, ISO14001, and IATF16949 certifications.

Our expansive product range includes automotive air conditioning evaporators, radiators, condensers, and advanced thermal management systems for new energy batteries.

🏆Certificates & Honors

✈️Packaging & Shipping

Shipping Options:

DHL: Fast delivery within 3-5 working days.
UPS/TNT: Dependable service in 5-7 working days.
FedEx: Comprehensive solution in 7-9 working days.
EMS/ChinaPost: Global reach for various destinations.
Sea Freight: Versatile option for bulk orders.

❓Frequently Asked Questions

What is the precision level of the Louver Fin Die?

The die provides ±0.03mm angular control and features laser-guided pillar control for a ±0.005mm punch-die gap.

What materials are suitable for this progressive die?

It is designed to process aluminum alloys with a thickness range of 0.5mm to 2.0mm, ideal for heat exchangers.

How long is the expected lifespan of the mold?

Using cryogenic-treated SKD11 steel, the die is built for high durability with a lifespan of over 100 million strokes.

Is the die compatible with automated production?

Yes, it includes a self-lubricating system specifically designed for 24/7 robotic and automated production environments.

Which industries typically use these products?

Our dies are widely deployed for manufacturing BorgWarner turbochargers and Tesla battery cooling modules.

What certifications does the manufacturing facility hold?

Our manufacturing processes are strictly certified to ISO9001, ISO14001, and IATF16949 standards.

Multi-Angle Louver Fin Die for Battery Pack Motherboard Cooling (± 0.03mm Angular Control)

Product Description

Multi-Angle Louver Fin Die for Battery Pack Motherboard Cooling

Related Products

Durable 100m+ Stroke Plate Fin Die for Automotive Radiator Core Assembly

Durable Steel Stamping Die for Automotive Component Production

Vacuum-Brazed Microchannel Die for CPU Motherboard Heat Sinks (0.08mm Fin Pitch Accuracy)

Multi-Angle Louver Fin Die for Battery Pack Motherboard Cooling (± 0.03mm Angular Control)

Dual-Cavity Plate Fin Progressive Die for Hydraulic Oil Coolers (IATF 16949 Automotive Standard)

CE/Ukca Dual-Certified Plate Fin Die (European Automotive Cooling Market)

Multi-Cavity Plate Fin Stamping Die for Parallel Production of Cooling Fin Packs

Precision Engineered Stamping Die for Automotive Parts Manufacturing

Precision Progressive Die for EV Mainboard Ribbed Fin Heat Sinks (Aluminum Alloy 6061-T6 ± 0.05mm Tolerance)

High-Quality Custom Stamping Die for Automotive Industry Applications