Thermal processing technology of die-casting mold

The has precise processing dimensions to ensure standard maintenance. Some of the most common examples of pressure die casting mainly include the establishment of cylinder blocks, levers, gears, toy components and other components. In almost every industrial sector, the metal pressure processing process includes die-casting alloys with low melting points, including aluminum, zinc, magnesium, copper, tin, lead, and silver.

Die-casting mold processing includes some metal processing industrial production activities. Strict measures must be taken to reduce costs and reduce waste. The entire process of metal casting production is carried out with a minimum amount of waste. The improvement and improvement of machine tools are used by suppliers and the alloy process itself. Choosing the right alloy material is necessary because each of them provides specific advantages to the completed part.

In short, pressure has saved a lot of time and resources in the die-casting mold processing process, resulting in huge savings. The travel time and cost of automation equipment manufacturing technology, software, and control can be greatly reduced. Embracing technological advancements, machine tool suppliers provide irreplaceable resources, time and energy that can be saved. Committed to these changes, the company will be able to achieve more efficient production processes, economic scale, improved competitiveness and solidify its position in the global market.

The traditional heat treatment skills of die-casting molds are from quenching to tempering, and then to surface treatment skills. Due to the variety of materials that can be used as die-casting molds, the same appearance processing skills and skills applied to different materials will produce different effects. Schoff put forward the base material pretreatment skills for mold substrate and surface treatment skills. On the basis of traditional skills, he proposed suitable processing skills for different mold materials, and then improved mold functions and increased mold life.

Another development direction for the improvement of heat treatment skills is to combine traditional heat treatment skills with leading surface treatment skills to improve the service life of die casting molds. For example, the chemical heat treatment method carbonitriding, NQN combined with conventional quenching and tempering skills (that is, carbonitriding-quenching-carbonitriding composite strengthening, not only obtains higher surface hardness, but also effective hardening The addition of layer depth, reasonable distribution of the hardness gradient of the infiltrated layer, improvement of tempering stability and corrosion resistance, and then make the die-casting mold obtain a good heart function, and the appearance quality and function are greatly improved.

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