TPU vs. non-woven: which is better?

tpu (thermoplastic polyurethane) and nonwovens are two common materials that are used in a wide range of applications. When it comes to choosing the right material for your needs, we are often faced with the choice between TPU and nonwovens. So which is better, TPU or nonwovens? Let's make a comparison.

Firstly, in terms of material properties and performance, TPU is very strong and resistant to wear and tear. TPU is also highly resistant to oils, chemicals and temperatures, making it suitable for a wide range of environments and processes. Nonwovens, on the other hand, have better breathability, water resistance and anti-static properties, as well as good softness and textural comfort.

Secondly, from the point of view of application, TPU is often used to make high-performance elastic products, such as shoe soles, tapes and seals. Its excellent elasticity and abrasion resistance enable it to withstand high pressure and frequent use. Nonwovens, on the other hand, are widely used in textile, Medical and household applications, such as clothing, masks and bedding. Its breathability and softness make it ideal for contact with the skin, providing a comfortable use experience.

Cost is also a consideration in the choice, with TPU being relatively expensive to produce and nonwovens being relatively inexpensive. Non-wovens may therefore be a more attractive option when budgets are limited.

However, the final choice depends on the specific needs and applications. If you need great elasticity and abrasion resistance, TPU is a better choice; if you need breathability and softness, nonwovens may be more suitable. Therefore, before choosing, it is advisable to consider the properties and performance of both materials in relation to your specific requirements.

In summary, both TPU and nonwovens have their own advantages and areas of application. Before choosing, we need to be clear about our needs and make a rational judgement based on the material's properties and performance. Whichever material is chosen, it should be based on the actual needs and expected results in order to achieve the best possible use.