Multi-Specification Single-Station Stamping Die for Radiator Header Plate - China Suppliers & Factory Solutions
Product Overview
Breaking the "one die, one product" limitation of traditional single-station dies, this series adopts a modular die core design. Within a specified length range, you can quickly switch to produce over 10 radiator header plate specifications by replacing the dedicated die core, without changing the entire die set. Optimized for industrial use, the die balances precision, convenience and stability, flexibly meeting multi-variety, small-batch and customized production needs, while reducing die procurement and warehousing costs.
Key Advantages
Modular Die Core, High Versatility
Produce over 10 header plate specifications within a fixed length range by only replacing the die core, no need for full die replacement, reducing cost and time.
Series Layout, Comprehensive Coverage
A complete die series covers different length intervals (images show part of the series), combined with die core changeover to meet diverse order needs.
High Precision, Perfect Assembly
Precision guiding system and high machining accuracy ensure consistent hole positions, flatness and flange dimensions, perfectly matching radiator tubes and tanks.
Quick Changeover, High Efficiency
Standardized positioning and quick-locking mechanism enable changeover without specialized tools, greatly reducing downtime and balancing flexibility and efficiency.
Robust & Durable, Easy Maintenance
High-rigidity wear-resistant die steel body with optimized mechanical structure; die core made of special wear-resistant materials, extending service life and reducing maintenance costs.
Customizable, Precise Adaptation
Provide customized die solutions according to customers' length range, hole pattern and material requirements, adapting to personalized production needs.
Application Fields
Frequently Asked Questions (FAQ)
Q: How does the modular die core design reduce overall production costs?
By replacing only the dedicated die core instead of the entire die set, you can produce over 10 different header plate specifications. This significantly lowers die procurement, storage, and maintenance costs.
Q: Is specialized equipment or tooling required to change the die core?
No. The design features a standardized positioning and quick-locking mechanism, allowing operators to complete the changeover quickly without specialized tools, minimizing operational downtime.
Q: How does the die guarantee high precision for radiator assembly?
It utilizes a precision guiding system and high-accuracy machining to ensure consistent hole alignment, flatness, and flange dimensions, ensuring a perfect match with radiator tubes and tanks.
Q: What materials are used to ensure the durability of the dies?
The die body is constructed from high-rigidity, wear-resistant die steel, while the die cores are made of specialized wear-resistant materials to maximize service life and withstand industrial production demands.
Q: Can the dies be customized for specific dimensions and patterns?
Yes. We provide fully customized die solutions tailored to your specific length range, hole patterns, and material requirements to align with your personalized production needs.


