Mold Heat Transfer Printing Silicone

Mold Heat Transfer Printing Silicone is specifically designed for curved and irregular parts, and it is a powerful tool for handling complex printing requirements. Mold Heat Transfer Printing Silicone's most prominent advantage is its extremely high heat resistance. It can remain stable in a high - temperature environment of 200 - 300℃. Even in scenarios such as the curved surfaces of automotive interiors and the irregular handles of kitchenware that require high - temperature heat transfer, the performance of the silicone can be ensured not to fail. High elasticity is another highlight. Whether Mold Heat Transfer Printing Silicone is a large - arc curved surface or an uneven irregular surface, it can closely adhere like "skin", ensuring clear pattern edges and no omissions. Mold Heat Transfer Printing Silicone has a low viscosity, and it is easy to peel off from the mold after printing. There will be no situation of the pattern sticking to the mold, greatly reducing the rejection rate. When using Mold Heat Transfer Printing Silicone, it must be used in conjunction with a special mold and machine, and the pre - treatment of the mold surface is of crucial importance - first degrease with a special cleaning agent, and then wipe off the dust with a dust - free cloth. Otherwise, residual oil stains or impurities will cause bubbles or breaks in the printing, affecting the effect.

The greatest advantage is Mold Heat Transfer Printing Silicone's super - strong heat resistance. Mold Heat Transfer Printing Silicone has stable performance at 200 - 300℃, which is suitable for high - temperature heat transfer scenarios and solves the printing problems of curved and irregular parts. High elasticity ensures close adhesion to complex surfaces, with clear pattern edges and no omissions, improving the printing quality. The low - viscosity characteristic makes demolding easy, reduces the problem of the pattern sticking to the mold, reduces the rejection rate, and saves costs. Although Mold Heat Transfer Printing Silicone requires special molds and pre - treatment, it specifically addresses the printing pain points of complex parts and is highly practical.

1. Use an electronic scale to weigh an appropriate amount of Mold Heat Transfer Printing Silicone, add 10% (or 2%) of Curing-Catalyst, add an appropriate amount of Liquid Silicone Rubber Thinner for dilution, and stir evenly.

2. Fill the silicone mixture into the mold, scrape it flat with a scraper, cover a layer of hot melt adhesive film on the mold, and then place a thick heat-resistant cloth (used to protect the mold).

3. After setting the temperature and preheating the special machine, put the mold into the machine and press and heat it for 10 - 30 (units not specified).

4. After taking it out, uncover the thick cloth, remove the excess silicone, cover the mold with positioning paper of normal viscosity, and scrape it with a scraper so that the positioning paper can come into contact with all the silicone in the mold. After it is fully adhered, peel off the hot melt adhesive film.

5. Place the positioning paper on the base fabric, put it into a special machine, press and heat it for 10 - 30 seconds, and then it's done.

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