Heat Deformation Mould Steel
Heat deformation mould steel is a type of steel that is used for making moulds in high temperature applications. Heat resistant moulds are often used to make plastic products, particularly in injection moulding. They must be able to withstand high temperatures without warping, shrinking or bleeding, and heat deformation mould steel is one of the most reliable materials to use in this kind of mould making.
Heat deformation mould steel is a type of steel that has higher heat resistance than traditional mould steels. It is specifically designed for use in high temperature applications, such as moulds for injection-moulding plastic. Its high thermal conductivity allows it to conduct heat away from the mould surface quickly, helping to prevent warping, shrinking and bleeding. It also has better wear resistance, meaning that it can last longer in high temperature applications.
Heat deformation mould steel is created by combining alloying agents and hot working processes. The alloying agents are added to the steel to enhance its properties, such as its wear resistance, heat resistance, and ductility. Both hot rolling and hot forging can be used to form the steel into the desired shape. The finished steel is highly durable and resistant to wear, heat and corrosion.
Injection moulding plastic products requires a mould that can withstand the high temperature of the molten plastic without warping, shrinking or bleeding. Heat deformation mould steel is one of the best materials to use for this purpose, as it is able to handle the heat without causing any damage to the mould. It is also resistant to corrosion, wear and other environmental factors. The mould will remain accurate and consistent over the course of its life, ensuring that your plastic products are of the highest quality.
Heat deformation mould steel is a dependable and cost-effective way to create quality moulds for injection moulding applications. The steel is affordable and easy to work with, making it a popular choice for mould makers. It is also highly durable and resistant to wear, heat and corrosion, so you can trust that your moulds will produce consistently high quality products for many years to come.