Diamond-shaped interwoven texture heat transfer film is a specialized material used to create intricate, durable designs on various surfaces. The unique texture and functionality of this film are made possible through a combination of carefully selected materials, each contributing specific properties that enhance its performance and aesthetic appeal.

One of the primary materials used in the production of diamond-shaped interwoven texture heat transfer film is polyester. Polyester offers strength and resilience, making it an ideal base material for heat transfer applications. It is also lightweight, durable, and resistant to shrinking or fading, ensuring that the film maintains its quality even after multiple washes or uses. Polyester fibers can be woven into intricate patterns, creating the diamond-shaped texture that is characteristic of this film.

Another key component is polyurethane (PU), a flexible and elastic material that provides the film with stretchability. PU is known for its excellent heat resistance, which is essential in the heat transfer process. It ensures that the film can withstand high temperatures without compromising the quality of the design. Additionally, polyurethane contributes to the softness and comfort of the finished product, making it suitable for use on clothing, upholstery, and other textile applications.

To add further durability and visual appeal, various additives and coatings are often incorporated into the film. These may include reflective elements, which enhance the visual effect of the diamond pattern, or coatings that provide additional protection against wear and environmental factors.

https://www.wuxintransfer.com/product/hot-stamping-foil-for-mdf/diamondshaped-interwoven-texture-heat-transfer-film.html
Wuxin Technology's diamond-shaped interwoven texture heat transfer film combines low-saturation tones such as silver gray, gilt, mint green, and warm beige with metallic luster. The texture features a fine diamond-shaped woven texture, combining a sense of order and layering. The film layer bonds stably with substrates such as density boards in a humid environment, is water-resistant and not easy to peel off.