Product Overview
The performance of a safety shoe starts with its steel toe cap. Our Safety Shoes Steel Header Mould is specifically engineered to produce caps that meet or exceed EN12568 and ASTM F2413 standards. We focus on the structural geometry of the die to ensure that every stamped header provides maximum protection without adding unnecessary weight or bulk to the footwear.
Key Technical Features
Premium Material Grade: We use ultra-tough Cr12MoV or DC53 die steel, vacuum-hardened to HRC 60-62, ensuring the mould stands up to the massive pressure required for thick-gauge steel stamping.
Precise Symmetry Control: Advanced CNC machining ensures perfect left-right symmetry, a critical factor for both wearer comfort and automated shoe assembly.
Optimized Edge Trimming: Integrated trimming and flanging stages produce a smooth, burr-free edge, reducing secondary processing and protecting the shoe fabric from abrasion.
High-Impact Geometry: The mould cavity is designed to optimize the "dome" strength, ensuring the steel header can withstand a 200 Joules impact without deformation.
Technical Specifications
| Specification | Details |
| Tooling Type | Progressive Die / Single-Stage Stamping Die |
| Applicable Material | Carbon Steel (60# / 50#), Stainless Steel |
| Material Thickness | 1.5mm - 2.5mm |
| Cavity Number | Single or Double Cavity (Customizable) |
| Standard Compliance | EN12568, ANSI Z41, CSA |
| Mould Life | 800,000 - 1,200,000 Strokes |
Manufacturing Protocol
Stress Simulation: We perform stress-strain analysis to ensure the steel doesn't crack or develop weak spots during the forming process.
Heat Treatment Integrity: Every component of the Safety Shoes Steel Header Mould undergoes cryogenic treatment to stabilize the molecular structure for long-term use.
Prototype Validation: We provide 50-100 sample caps for your laboratory to conduct independent impact and compression tests before final mould delivery.
FAQ
Q: How do you ensure the steel cap doesn't spring back after stamping?
A: We incorporate a precise springback compensation design in the die geometry, tailored to the specific tensile strength of your raw material.
Q: Can one mould set produce different sizes?
A: While the main dome shape requires specific inserts, we design modular base plates to allow for faster changeovers between different shoe sizes (UK/EU/US scales).
Call to Action
Build Better Protection.
Need a mould that delivers consistent safety results? Contact our technical department with your 3D drawings or sample headers. We offer a comprehensive Steel Header Mould solution from design to mass production.
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