The advantages of tungsten steel powder metallurgy pressing mould are mainly reflected in the following aspects:

High material utilisation rate:

Tungsten steel powder metallurgy technology can increase the material utilisation rate to more than 90%, which significantly reduces the waste of raw materials compared to the traditional tungsten steel manufacturing technology. This high material utilisation not only helps to save resources, but also reduces production costs.

Process controllability and precision:

Powder metallurgy technology is highly controllable and precise, and can produce tungsten steel products with good process performance. By controlling the particle size, shape and distribution of the raw powder, it is possible to produce products with high density, low porosity and high uniformity.

The product performance is excellent:

Tungsten steel powder metallurgy compression moulds produce products with excellent physical properties, such as strong wear resistance, high strength and corrosion resistance. These properties enable tungsten steel products to maintain good performance in harsh environments and extend their service life.

Production Flexibility:

Powder metallurgy technology is suitable for the production of a variety of products with complex shapes and high precision requirements. This flexibility enables tungsten steel powder metallurgy compression moulds to meet diversified market demands.

Cost-effectiveness:

Compared with the traditional manufacturing technology, tungsten steel powder metallurgy pressed moulds reduce the process and equipment costs during the production process, thus reducing the overall manufacturing costs. This cost-effectiveness makes powder metallurgy technology more competitive in the market.

Environmentally sustainable:

Tungsten steel powder metallurgy technology can also utilise waste materials such as ores, tailings and steelmaking sludge as raw materials, which not only helps in resource recycling, but also reduces the impact on the environment, in line with the concept of sustainable development.

Tungsten steel powder metallurgy compression moulds show a wide range of applications in industrial production due to their high material utilisation, process controllability and precision, excellent product performance, production flexibility, cost-effectiveness and environmental sustainability.