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

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

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Product Description

📋 Basic Product Information
Model NO.
Customized Products
Material
High-Speed Steel
Processing Method
Punching and Shearing Mould
Technics
Forming Die
Process Combination
Single-Process Mould
Manufacturing
Automation Technology
Mold Cavity Tech
CNC Milling
Production Frequency
15 Seconds Each
Packaging Type
Wooden Box (Fumigation-Free)
Production Capacity
1,000,000 Units/Year
🔍 Product Description

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

Stamping Die 1
Stamping Die 2

This revolutionary tooling system integrates patented S-Turbulator™ rib technology to manufacture self-locking corrugated fins through continuous progressive stamping, achieving 30% faster assembly of high-density fin packs for aluminum heat exchangers. Engineered for 0.08-0.3mm AA4343 alloy with ±0.01mm laser-guided precision at 300 strokes/minute.

The die incorporates hybrid fin geometries (Hex-cell/Wave-louver) to optimize thermal turbulence while delivering brazing-ready mirror surfaces (Ra≤0.2μm). Featuring cryogenically-hardened tooling with >100M stroke durability, it serves applications including turbo oil coolers, EV battery thermal stacks, and marine intercoolers.

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🏭 Manufacturing Excellence
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Facility 1

Dedicated to the creation of precision stamping molds engineered for automotive heat exchange systems, innovative stamping automation equipment, and high-precision stamping products. Our expansive product range encompasses automotive air conditioning components such as evaporators, radiators, condensers, and heater cores, along with thermal management systems for new energy batteries.

Production 1
Production 2
Production 3
Quality Control 1
Quality Control 2
Quality Control 3
🎖 Certificates and Honors
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Industry Certifications
🚚 Logistics & Shipping
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Packing 1
Packing 2
✈️ DHL: 3-5 working days (Expedited)
✈️ UPS: 5-7 working days (Reliable)
✈️ TNT: 5-7 working days (Precise)
✈️ FedEx: 7-9 working days (Balanced)
✈️ EMS: 12-15 working days (Dependable)
🚢 Sea: Cost-effective for bulk shipments
🤝 Exhibition & Team
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❓ Frequently Asked Questions
Q1: What materials are compatible with this stamping die?
A: The die is specifically engineered for 0.08-0.3mm AA4343 alloy, making it ideal for precision aluminum thermal systems and heat exchangers.
Q2: What is the production speed and precision level?
A: It achieves a high-speed production of 300 strokes per minute with laser-guided precision of ±0.01mm.
Q3: How durable is the tooling system?
A: The die features cryogenically-hardened tooling that ensures a long-term durability of over 100 million strokes.
Q4: Does the finished product require post-processing?
A: No, the system delivers brazing-ready mirror surfaces with a roughness of Ra≤0.2μm, effectively eliminating the need for additional post-processing.
Q5: Which industries can use these cooling fin packs?
A: They are widely used in mission-critical applications such as EV battery thermal stacks, turbo oil coolers, and marine intercoolers.
Q6: What international standards does your production follow?
A: Our manufacturing processes are fully certified under IATF 16949:2016, ISO9001, and ISO14001 quality management systems.

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