Our premium plastic mould steel represents the pinnacle of metallurgical engineering for industrial tooling applications. Fabricated using advanced technology and strict quality controls, this specialised steel offers exceptional performance characteristics that meet and exceed international industry standards. The material is available in pre-hardened condition with hardness ranging between 280-325 HB, ensuring immediate usability without additional heat treatment. With enhanced nickel content improving through-hardenability and superior polishability characteristics, this steel provides mould makers with a reliable foundation for creating precision tools that withstand the rigors of high-volume production environments. The corrosion-resistant properties make it particularly valuable for processing plastics with corrosive additives or operating in challenging industrial conditions.

This mould steel serves critical applications across multiple industries where precision tooling determ...

Our premium plastic mould steel represents the pinnacle of metallurgical engineering for industrial tooling applications. Fabricated using advanced technology and strict quality controls, this specialised steel offers exceptional performance characteristics that meet and exceed international industry standards. The material is available in pre-hardened condition with hardness ranging between 280-325 HB, ensuring immediate usability without additional heat treatment. With enhanced nickel content improving through-hardenability and superior polishability characteristics, this steel provides mould makers with a reliable foundation for creating precision tools that withstand the rigors of high-volume production environments. The corrosion-resistant properties make it particularly valuable for processing plastics with corrosive additives or operating in challenging industrial conditions.

This mould steel serves critical applications across multiple industries where precision tooling determines manufacturing success. The petrochemical and chemical industries utilize it for equipment components and processing moulds that resist corrosive degradation. Automotive manufacturers employ this steel for injection moulds producing interior and exterior vehicle parts requiring consistent quality and dimensional stability. Packaging companies rely on it for high-volume production moulds creating containers, caps, and packaging solutions. The consumer goods sector uses it for manufacturing moulds that produce electronic housings, appliance components, and various plastic products demanding excellent surface finish and structural integrity. Medical device manufacturers value this steel for creating precision moulds that meet strict hygiene and quality standards.

The business value of this plastic mould steel lies in its ability to reduce total production costs while improving output quality and tool longevity. Its pre-hardened condition eliminates the need for additional heat treatment, reducing processing time and energy costs while minimizing dimensional changes during manufacturing. The superior machinability characteristics allow for faster processing speeds and reduced tool wear during machining operations. Enhanced polishability ensures moulds achieve mirror-like finishes with less labor investment, while the improved corrosion resistance extends tool life even when processing abrasive or chemically aggressive materials. These combined attributes translate to lower per-part production costs, reduced downtime for tool maintenance, and consistent product quality throughout the mould's operational lifespan.

Key Features:
- Pre-hardened condition with 280-325 HB hardness for immediate use
- Enhanced nickel content for improved through-hardenability
- Superior corrosion resistance compared to standard mould steels
- Excellent polishability for high-gloss surface finishes
- Good machinability reducing processing time and tool wear

Benefits:
- Reduced manufacturing time with pre-hardened ready-to-use material
- Extended tool life through superior corrosion resistance
- Lower production costs with excellent machinability
- High-quality surface finishes with superior polishability
- Consistent performance across high-volume production runs