Hypersonic Aircraft Manifold Die C/C-Sic Composite Mach 8 Wind Tunnel Test ASTM E2859

• Customization: Available
• Warranty: 1years
• Application: Car, Air Conditioning Heat Exchanger Component
• Model NO.: Customized Products
• 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: 8415909000
• Production Capacity: 1, 000, 000 Units/Year
• Package Size: 120.00cm * 120.00cm * 120.00cm
• Package Gross Weight: 10000.000kg

Product Description

Hypersonic Aircraft Manifold Die C/C-SiC Composite | Mach 8 Wind Tunnel Test | ASTM E2859

Product Description

Product Name:	Hypersonic Aircraft Manifold Die C/C-SiC Composite | Mach 8 Wind Tunnel Test | ASTM E2859
Category:	Stamping Die
Product Description:	Jinzhou Mould Co., Ltd. Automotive AC Manifold Tube Stamping Dies Engineered for high-efficiency production of automotive HVAC components (radiators, evaporators, condensers, and oil coolers), Jinzhou's tubular stamping dies integrate AI-driven automation and ultra-precision tooling (±0.02mm tolerance per ASTM E177) to shape copper/aluminum/titanium alloy tubes with nanoscale surface quality (Ra≤0.1μm, ISO 4287:2022). Featuring SKD11/D2 hardened steel cores (HRC62-64, JIS G4404) and robotic dual-station operation (15,000 SPM), these dies achieve 1.5M-cycle lifespan (ISO 12100 fatigue-tested) while supporting seamless switching between EV/PHEV cooling system geometries. Customizable for -40°C~150°C thermal environments, all designs comply with RoHS 2.0 and include embedded vision-error correction for 99.8% defect-free output.

 

 

 

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About Us

Shenzhen Jinzhu Precision Technology Co., Ltd. Mould Branch is a trailblazer in the realm of high-tech precision stamping molds, catering to the automotive heat exchange systems sector. We also excel in stamping automation equipment and precision stamping products. Our esteemed engineering and technical team, with a wealth of experience in mold design and manufacturing, drives our success. Over the years, we have proudly achieved ISO9001, ISO14001, and IATF16949 certifications, attesting to our commitment to quality and excellence. Our product portfolio spans automotive air conditioning evaporators, radiators, condensers, heater cores, as well as cutting-edge thermal management systems for new energy batteries and energy storage cooling modules, earning us a stellar reputation in the industry.

Looking ahead, Jinzhu Mold Division is dedicated to advancing our core values of 'dedication, striving for excellence, innovation, and pragmatism.' Our mission is to forge a distinct Jinzhu Mold brand, delivering unparalleled quality in molds and stamping parts to a global clientele. We are committed to collaborative progress, working closely with our partners to achieve mutual growth and success!

Our robust production and quality assurance systems are always primed and ready to meet your manufacturing needs. We stand prepared to serve you at any moment, ensuring precision and efficiency.

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DHL: Expect delivery within 3-5 working days;
UPS: Anticipate a delivery span of 5-7 working days;
TNT: Estimated delivery within 5-7 working days;
FedEx: Deliveries typically arrive in 7-9 working days;
EMS: Delivery timeframe of 12-15 working days;
ChinaPost: Delivery time varies depending on the destination country;
Sea: Shipping duration depends on the destination country

Hypersonic Aircraft Manifold Die C/C-SiC Composite | Mach 8 Wind Tunnel Test | ASTM E2859