Innovative Stamping Die for High Efficiency Automobile Air Conditioning Radiators

• Customization: Available
• Warranty: 1years
• Application: Car, Die
• Material: High-Speed Steel
• Processing Method: Punching and Shearing Mould
• Technics: Forming Die
• Process Combination: Single-Process Mould
• Manufacturing Technology: Automation Technology
• Driving Motor Type: None
• Mold Cavity Technology: CNC Milling
• Milling Speed: Normal Speed
• Parts Detection Method: Measurement of Three Axis NC
• After-sales Service: Training and Instruction Manual Guidance, to Be De
• Production Frequency: 15 Seconds Each
• Upgrade and Transformation: Upgradable
• Packaging Type: Wooden Box (Fumigation-Free Material)
• Negotiable: Yes
• Transport Package: The Molds Are Packaged in Wooden Boxes (Made From
• Specification: 1m~2.5m
• Trademark: noll
• Origin: Shenzhen, China
• HS Code: 84804190
• Production Capacity: 1, 000, 000 Units/Year

Product Description

Experience unparalleled precision with our High Precision Wave-Shaped Stamping Die, specifically crafted for Automotive Systems. Designed for exceptional accuracy and reliability, this innovative die enhances performance and efficiency.

Product Description

Product Name:High Precision Wave-Shaped Stamping Die for Automotive Systems

Category:Stamping Die

Product Description:
Introducing our efficient Stamping Die for Automobile Air Conditioning Radiators. This high-precision die, with a diameter of 80mm, is designed for creating condensers with wave-shaped patterns and waist holes on the side. It is commonly used in the air conditioning systems of various car models, including a specific Volkswagen vehicle. This hardware tool is perfect for producing heat exchangers with utmost accuracy, ensuring optimal performance and durability. Upgrade your production process with our Stamping Die Condenser, crafted for automotive applications to meet the demands of the modern market.

Other similar products

About Us

Shenzhen Jinzhu Precision Technology Co., Ltd. Mould Branch stands as a beacon of excellence, a high-tech enterprise dedicated to the art of producing precision stamping molds, particularly for automotive heat exchange systems. Our expansive suite includes stamping automation equipment and precision stamping products, all crafted by our expert engineering and technical team. We are proud to have consistently earned prestigious certifications like ISO9001, ISO14001, and IATF16949, underscoring our commitment to quality. Our extensive product line encompasses automotive air conditioning evaporators, radiators, condensers, heater cores, and cutting-edge thermal management systems for new energy batteries and energy storage cooling modules, cementing our esteemed reputation within the industry.

Looking to the future, Jinzhu Mold Division is firmly committed to its core values: dedication, excellence, innovation, and pragmatism. Our mission is to not only build but also strengthen the Jinzhu Mold brand. We aim to deliver superior quality molds and stamping parts to our valued domestic and international clients, fostering partnerships that cultivate mutual growth and success. Join us on our journey towards innovation and excellence!

Equipped with an all-encompassing production and quality system, we are always poised and ready to manufacture top-tier products for you, ensuring swift and seamless service.

Certificates and Honors

Packaging & Shipping

Exhibition

Our team

Shipping time

DHL: Expect quick delivery within 3-5 working days.
UPS: Reliable arrival expected within 5-7 working days.
TNT: Delivery anticipated within 5-7 working days.
FedEx: Typically arrives in 7-9 working days.
EMS: Delivery generally spans 12-15 working days.
ChinaPost: Delivery time varies based on the destination country.
Sea: Shipping duration varies depending on the destination.

Experience unparalleled precision with our High Precision Wave-Shaped Stamping Die, specifically crafted for Automotive Systems. Designed for exceptional accuracy and reliability, this innovative die enhances performance and efficiency.