
Injection Moulding Die
Custom engineered injection moulding dies designed for high repeatability, thermal balance, and tight-tolerance plastic components.
Custom engineered rubber die moulding tooling built for elastomeric parts, compression and transfer molding with heat-treated cavity plates and excellent thermal stability.
Manufactured with deep industry domain expertise, our rubber die moulding systems are crafted to endure severe cyclic thermal and mechanical stresses in hydraulic presses. Each die features CNC-contoured cavities, precision tear-trim flash grooves, and anti-corrosive hard chrome plating to yield pristine parting seams and rapid demoulding for automotive and industrial elastomeric components.

All dies and tooling components undergo rigorous metallurgical testing, hardness verification, and multi-axis CMM dimensional auditing prior to dispatch.
| Engineering Parameter | Jay Tech Industries Standard Specification |
|---|---|
| Mould Classification | Compression / Transfer Rubber Die |
| Plate Material | EN31 / H13 / OHNS Hardened Steel |
| Die Heating Method | Electrically Heated Platens / Steam Platens |
| Cavity Layout | Single / Multi-Cavity High-Density Array |
| Operating Temperature | Up to 220°C Continuous Press Operation |
| Expected Tool Life | 500,000+ Press Cycles |
| IndiaMART ID | 2859740029433 |
Engineered with high-durability alloy tool steels to guarantee long operational lifespan, minimal tool wear, and repeatable cycle accuracy.
Engineered for compression, transfer, and rubber injection moulding
Thermal-shock resistant die steel for consistent high-temperature curing (up to 220°C)
Hard chrome plated cavity surfaces for effortless part release and rust prevention
Optimized venting channels and tear-trim grooves minimizing deflashing costs
Our tooling solutions are trusted by tier-1 automotive suppliers, pharmaceutical medical packaging manufacturers, and industrial engineering firms across Gujarat and Pan-India.
Share your requirement or drawing. We’ll review the details and respond to discuss the right engineering approach.

Custom engineered injection moulding dies designed for high repeatability, thermal balance, and tight-tolerance plastic components.

High-tonnage blanking, piercing, and progressive cutting dies engineered for clean shear edges, zero burrs, and high-volume stamping runs.

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