Ultra-Thin Serpentine Cooling Fin Stamping Die (0.15mm Thickness IATF 16949 Certified)

📋 Basic Information

Model NO.

Customized Products

Material

High-Speed Steel

Method

Punching and Shearing Mould

Technics

Forming Die

Technology

Automation Technology

Cavity Tech

CNC Milling

Cycle Time

15 Seconds Each

HS Code

84804190

Capacity

1,000,000 Units/Year

Package

120cm * 120cm * 120cm

💎 Product Description

Ultra-Thin Serpentine Cooling Fin Stamping Die (0.15mm Thickness | IATF 16949 Certified)

Integrating laser-guided KINSTAMP® progressive dies (CMM ±0.003mm) with NanoArmor™ 8μm DLC coating (HV3800), this system maintains 0.8-1.2mm wall uniformity in 6063-T5/3003 alloy tubes across 10M+ cycles. AI-driven control dynamically adjusts 200-1200kN stamping force and monitors 23 parameters, achieving 95% OEE through predictive wear algorithms.

Core Features:

15-min quick mold change (VDI 3323-2015)
30% energy efficiency gains
Multi-material adaptability for Φ8-25mm aluminum/copper/steel tubing
Certified for closed-loop lubricant recycling and EV/heavy-duty thermal systems

🔍 Related Precision Dies

🏢 About Our Expertise

Our division stands as a beacon of innovation in high-tech precision stamping molds. Specializing in cutting-edge mold design and manufacturing for automotive heat exchange systems, we excel in stamping automation equipment and precision products. We have achieved ISO9001, ISO14001, and IATF16949 certifications.

Our lineup includes automotive air conditioning evaporators, radiators, condensers, and thermal management systems for new energy batteries. We are dedicated to delivering excellence and forging a legacy of progression.

📜 Certificates & Honors

📦 Packaging & Shipping

DHL: 3-5 working days.
UPS/TNT: 5-7 working days.
FedEx: 7-9 working days.
EMS: 12-15 working days.
Sea Freight: Dependent on destination country.

🤝 Exhibition & Team

❓ Frequently Asked Questions

Q1: What materials can the stamping die process? A1: Our dies are designed for high-precision processing of 6063-T5/3003 aluminum alloys, SUS304/C1220T steel, and copper alloys, specifically for thin-wall applications.

Q2: What is the expected lifespan of your progressive dies? A2: With our NanoArmor™ 8μm DLC coating, the die system can maintain precision wall uniformity across more than 10 million cycles.

Q3: Are your products certified for the automotive industry? A3: Yes, we are fully certified under IATF 16949, ISO9001, and ISO14001, ensuring the highest standards for automotive thermal management systems.

Q4: How quickly can you perform a mold change? A4: Our system supports a 15-minute quick mold change following VDI 3323-2015 standards, significantly increasing production efficiency.

Q5: What is your production capacity for stamping units? A5: We have a robust production capacity of approximately 1,000,000 units per year, tailored for global supply chains.

Q6: How do you ensure the cleanliness of the finished products? A6: We utilize in-die HEPA filtration to maintain ISO 8573-1 Class 8 cleanliness, which is critical for R134a/R744 refrigerant systems.

Ultra-Thin Serpentine Cooling Fin Stamping Die (0.15mm Thickness IATF 16949 Certified)

Product Description

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