The advantages of carbide (tungsten steel) crimping wheel moulds are mainly reflected in the following aspects:

Excellent wear resistance:
Cemented carbide (tungsten steel) greatly enhances the hardness and wear resistance of the material by adding a certain proportion of tungsten-cobalt alloy and other hard phases. Its hardness is usually much higher than ordinary metal materials, generally can reach HRA80 or above, even up to HRA90. this high hardness makes the crimping wheel mould can still maintain good working performance after a long time of use, which greatly prolongs the service life of the mould.
Excellent high temperature stability:
Cemented carbide (tungsten steel) can maintain high strength and stability under high temperature environment. Even at a temperature of 500℃, its performance remains basically unchanged, which enables the crimping wheel mould to be used for a long time in a high-temperature working environment without losing its hardness and precision.
High precision and stability:
The manufacturing process of tungsten carbide (tungsten steel) crimping wheel moulds requires a delicate and demanding process, which enables high-precision mould processing. This high-precision performance enables the moulds to maintain extremely high dimensional accuracy and shape stability during the crimping process, thus improving the quality and precision of the products.
Strong pressure resistance:
Due to the high hardness of cemented carbide (tungsten steel), the crimping wheel moulds can withstand greater pressure and impact, ensuring that no deformation or damage occurs during the crimping process, thus ensuring the stability and efficiency of processing.
Wide range of applications:
Tungsten carbide (tungsten steel) crimping wheel die is suitable for crimping of various metal materials, such as steel plate, aluminium plate and so on. Its wide range of application makes it have excellent performance in different industries and fields.

Cemented carbide (tungsten steel) crimping wheel dies play an important role in industrial production due to their excellent wear resistance, excellent high-temperature stability, high precision and stability, strong pressure resistance and wide range of applications. These advantages make tungsten carbide (tungsten steel) crimping wheel dies an ideal choice for high-precision, high-efficiency and demanding processing scenarios.