Kinematic Engineering & Material Flow
The efficiency of an LPG Cylinder Mould is defined by its ability to manage interfacial friction. Our technical solution incorporates:
Active Cooling Channels: Integrated thermal management within the die shoe to prevent overheating during high-frequency strokes, preserving the lubricant film's integrity.
Controlled Grain Deformation: The radii of the punch and die are precision-calculated to refine the grain structure of the steel (such as SG295) during the draw, maximizing the final vessel's tensile strength.
Modular Fabrication Tooling List
We provide a comprehensive ecosystem of tools for every stage of the LPG tank assembly:
High-Tonnage Deep Drawing Dies: Specifically engineered for the $6kg$ to $50kg$ range, focusing on vertical wall consistency.
Precision Beveling & Trimming Tools: Creating the ideal edge geometry for high-penetration robotic girth welding.
Bung (Valve Seat) Extrusion Tooling: Cold-extruding the neck area to provide a heavy-duty interface for valve threading.
Impact-Resistant Foot Ring Dies: Forming the support structure to withstand drop-test shock loads without stress cracking.
Global Export & Lifecycle Management
Our LPG Cylinder Mould exports include a full Predictive Maintenance Dossier. We provide high-definition 3D scans of the tool surfaces (CMM reports) and a spare parts kit including heat-treated punches and wear-strips. Whether your plant is located in South Asia, Africa, or the Middle East, our tooling is treated with VCI (Vapor Corrosion Inhibitor) packaging, guaranteeing it arrives ready for high-precision, high-output operation.
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