Si-TPV cloudy feeling film is made of a Silky And Skin-Friendly Touch Material (Skin Friendly Materials, Soft Elastic Material)-Si-TPV Silicone Thermoplastic Elastomer. It can be used to replace the traditional TPU Film, Silicone Film, TPU Heat Transfer Films and other films in medical, inflatable body, footwear, etc. It is softer, more abrasion-resistant, high resilience, and can be used in a wide range of fields. It is softer, more wear-resistant, high resilience, long-lasting skin-friendly and smooth touch, does not contain plasticizers, does not require secondary surface treatment, and has high color saturation. It is the upgraded product of traditional TPU film.
Surface: 100% Si-TPV, grain, smooth or patterns custom, soft and tunable elasticity tactile.
Color: can be customized to customers' color requirements various colors, high colorfastness does not fade
No peeling off
They are widely used in various produts : such as ,garments, shoes, hats, bags, gloves, leather Products, and various other aspects.
Is your TPU film facing the problems of oil, stickiness or loss of softness and vividness after aging? The solution is here!
Thermoplastic polyurethane (TPU) films are an integral part of industries such as footwear, apparel, medical products and interior flexible packaging.Known for their versatility and high performance, TPU films have become a staple in a variety of applications. However, as the industry’s needs continue to evolve, issues such as oiliness, tackiness, and loss of softness and vibrancy with aging have emerged. The good news is that there are solutions to these problems, bringing innovation and higher performance to the world of TPU films.
Si-TPV cloudy feeling film is a solution designed to address the challenges faced by traditional TPU films.
Key benefits of Si-TPV films:
✨ Better softness and resilience:
Si-TPV cloudy feeling film has a Shore 60A hardness, which provides unmatched resilience and abrasion resistance. Unlike conventional TPU films with similar hardness, Si-TPV films are softer and more flexible without the risk of bleed-through.