Die casting water-based release agent

The products of the die-casting water-based release agent series require high stability and very good release performance (even under difficult conditions and large-area release). It has a small dosage and can be diluted to a low concentration for demolding. When in use, spraying can completely demold the mold, and the mold should be clean and free of residue after demolding. The product has good stability performance (even after dilution) and is non-toxic and harmless.

In general, users' requirements for water-based die-casting release agents include:

1. Good demolding performance;

2. Ensure the appearance quality of die-casting parts; 

3. Good cost-effectiveness, affordable price:

4. When in use, there is no unpleasant odor;

5. After demolding and mixing, there is no floating oil layer on the surface.

The main components of water-based release agents made by emulsifying refined oil and various additives are mineral oil, animal and vegetable oil, synthetic oil, natural paraffin, synthetic paraffin, silicone oil, solid (lubricating oil), emulsifier, additives, anti-corrosion agent, and rust inhibitor. High quality release agents are mostly formulated from 15 to 25 types of raw materials, and if the key components or additives are changed by 1%, their release properties may vary greatly, which will also bring significant changes to costs and prices. Each type of release agent has its optimal application range and target audience. If the wrong target audience is used, even the highest quality product cannot exert its effectiveness.

High quality mold release agent manufacturers can not only provide lubrication at high temperatures, but also avoid the scouring effect of metal liquid on the surface of the mold cavity, improve the working conditions of the mold, prevent mold sticking, reduce the thermal conductivity and mold temperature of the mold, adjust the temperature of each part of the mold to achieve relative stability, thereby improving formability. The formed film can reduce friction and wear between the casting and the mold cavity, especially the core, and extend the life of the mold.