Factors affect coated webbing hardness

The degree of softness or hardness in coated webbing has always been a focal point of consumer attention. Why do some coated webbings feel stiffer while others are softer? The key to this difference lies in the chosen raw materials of the outer layer and the thickness of the inner webbing. Whether it's PVC, TPU, or silicone, these materials exhibit distinct hardness ranges, and the thickness of the inner webbing directly influences the final feel of the coated webbing.

Firstly, it's crucial to understand the hardness differences among various raw materials. PVC (polyvinyl chloride), TPU (thermoplastic polyurethane), and silicone each have different hardness ranges. Coated webbing made from softer materials results in a more flexible product, while stiffer materials yield a more rigid webbing. For instance, TPU generally would be harder than PVC or silicone, so if you need soft flexible coated webbing, PVC or silicone coated webbing can meet your request. If you appreciate the good performance of TPU coated webbing, then you can try to accept the thin TPU coated webbing to get a soft one. Therefore, the lower the hardness of the chosen raw material, the softer the produced coated webbing.

Secondly, the thickness of the inner webbing plays a pivotal role in determining the softness or hardness of coated webbing. Positioned inside the coated webbing, the thickness of the inner webbing directly dictates the overall hardness of the webbing. A thicker inner webbing contributes to a stiffer coated webbing, whereas a thinner inner webbing helps the coated webbing maintain its softness. Thus, the design and selection of the inner webbing are critical aspects of the manufacturing process.

When manufacturing coated webbing, producers need to strike a balance between the choice of raw materials and the design of the inner webbing. They can tailor the softness or hardness according to the intended use of the product and consumer preferences. For products requiring a softer feel, softer raw materials and a thinner inner webbing are recommended. Conversely, for those seeking a sturdier, more supportive product, choosing higher hardness materials and a thicker inner weave is advised.

Ultimately, the softness or hardness of coated webbing is largely determined by consumer demand. Some consumers prefer a softer, more comfortable feel, while others lean towards a harder, more supportive product. Of course, different coated webbing in different hardness will usually be used at different place. For example, the soft silicone or PVC coated webbing is usually used for dog leashes. The harder TPU coated webbing is generally used for outdoor products.

In conclusion, achieving the desired softness or hardness in coated webbing is a result of multifaceted interactions. Some coated webbing manufacturers have considered this point and supplied different types of coated webbing for chosen. Customers can choose suitable coated webbing according to their demands.