News - Are you looking for a sustainable and efficient Heat Transfer Film solution?

In recent years, the market for heat transfer film has seen rapid growth as the demand for personalisation continues to grow globally. As a key material that enables the printing of precise patterns and text, heat transfer film is playing an increasingly important role in a number of industries, including textiles, advertising and decoration, and its technological innovation and application expansion have become a focus of attention within the industry.

The development of heat transfer film stems from the consumer's demand for personalised products and the manufacturing industry's pursuit of efficient and accurate decorative technology. In the early days, the traditional printing and embroidery process in the face of complex patterns and small batch customisation, often facing high costs, long production cycle and other issues. The emergence of heat transfer film technology has effectively solved these problems. By cutting pre-designed patterns or text through lettering machines and transferring them to the surface of a variety of materials, it greatly improves the production efficiency and design freedom, and provides the possibility of mass production of personalised and customised products.

TPU Heat Transfer Films, on the other hand, are favoured for their excellent elasticity, abrasion resistance and weather resistance. This material has good tensile properties, can adapt to a variety of complex shapes of the transfer needs, and in the process of long-term outdoor use can still maintain bright colours and stable physical properties, TPU heat transfer film also has environmental protection and non-toxic characteristics, in line with the current global requirements for sustainable development and environmentally friendly products. However, the cost of TPU material is relatively high, the production process and equipment requirements are also more stringent, which to a certain extent limits the speed of its market popularity.

PU heat transfer film in the feel and breathability of excellent performance, after the transfer of the pattern has a soft, comfortable texture, and will not affect the breathability of the underlying material, so in the clothing, footwear and other areas of high wearing comfort requirements have been widely used. However, the printing accuracy and colour saturation of PU lettering film are relatively low, which may not meet the demand in some design applications with high requirements for pattern details and colour effects, and its washing and friction resistance is slightly inferior to that of TPU film.

Si-TPV opens up endless possibilities for heat transfer films!

Si-TPV heat transfer Film is an environmentally friendly Silicone Film product made by dynamically vulcanised thermoplastic silicone elastomer. It has excellent stain resistance and durability and can be used in direct contact with the skin for a long-lasting, smooth, skin-friendly feel. When applied directly to a variety of fabrics and other materials, Si-TPV Thermal Transfer Film produces vivid images with a silky texture and excellent colourability, and the pattern will not fade or crack over time. In addition, Si-TPV Heat Transfer Engraving Film is waterproof and will not be affected by rain or perspiration.

SI-TPV Heat Transfer Films can be printed with complex patterns, numbers, text, logos, unique graphic images, and more. They are widely used in various Film Fabric Lamination products: such as apparel, shoes, hats, bags, toys, accessories, sports and outdoor products, as well as Film Laminable Functional Logo Strip and various other aspects.

Whether in the textile industry or in any creative industry, Si-TPV heat transfer film is a simple and cost-effective method. Whether it's texture, feel, colour or three-dimensionality, traditional transfer films are unmatched. What's more, Si-TPV heat transfer films are easy to produce and are environmentally friendly!

For more product details, please contact us.

Tel: +86-28-83625089 or via email: amy.wang@silike.cn.

Post time: Dec-13-2024