I. Predictive Design & FEA Simulation
Before a single piece of steel is cut, our engineering team utilizes Finite Element Analysis (FEA) to simulate the deep drawing process. This allows us to predict potential stress points, thinning areas, or wrinkles in the fire extinguisher body. By optimizing the draw ratio and die radius at the design stage, we significantly reduce the trial-and-error period, allowing you to move from prototype to mass production faster than ever before.
II. Material Synergy & Hard-Facing Technology
To withstand the immense friction of metal-to-metal contact, we select specialized alloys such as Cr12MoV or SKD11, followed by a series of vacuum hardening and tempering cycles.
Surface Hardness: Achieved up to HRC 62-64.
Friction Reduction: We offer optional DLC (Diamond-Like Carbon) or TiCN coatings which provide a self-lubricating surface, reducing the reliance on external lubricants and keeping the work environment cleaner.
III. Operational Efficiency Metrics
We don't just focus on the mold; we focus on your Cost-Per-Part. Our tooling incorporates:
Quick-Change Inserts: Allowing for rapid size adjustments (e.g., switching from 2kg to 4kg cylinder heights) without removing the entire die set from the press.
Integrated Sensors: (Optional) Real-time monitoring of punch force and temperature to prevent catastrophic tool failure.
Scrap Management: Optimized blanking edges that minimize edge trim waste, saving tons of raw material over long-term contracts.
IV. Versatility Across Press Systems
Whether your facility utilizes a Double-Action Hydraulic Press or a sophisticated Multi-Station Transfer Line, our Fire Extinguisher Mould systems are engineered for seamless integration. We customize the shank sizes, clamping slots, and guide pillar layouts to match your existing machinery, ensuring a "plug-and-play" experience upon delivery.
V. Rigorous Quality Validation
Each set of tooling undergoes a "Dry Run" and a "Full Load Test." We provide a comprehensive documentation package, including:
Steel Certification: Authenticated mill test reports.
Heat Treatment Logs: Time/temperature graphs for the hardening process.
Sample Inspection Report: Full CMM dimensional analysis of the first 100 stamped parts.
| Parameter Category | Industry Standard Specifications |
| Cylinder Diameters | 80mm to 200mm (Customizable) |
| Material Thickness | 1.0mm - 2.5mm Steel / Stainless Steel |
| Die Set Material | 45# / S50C High-Grade Carbon Steel |
| Guided System | Ball Bearing Pillar / Oil-free Graphite Bushing |
| Ejection Mode | Air Cushion / Nitrogen Spring / Hydraulic Ejector |
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