The Benefits of Using EBS Wax in Textile Coatings

Without an effective textile coating, garments and fabrics can become easily damaged, quickly losing their integrity and functionality. Whether you're manufacturing garments, designing outdoor gear, or developing industrial textiles, one solution to provide maximum protection and durability is through the use of EBS wax. This article will explore the use of EBS wax in textile coatings, and the various benefits that come with it.

What is EBS Wax?

EBS wax is a blend of ethylene-bis-stearamide and polyethylene wax, capable of increasing the durability and functionality of textiles, plastics, and coatings. This blend provides strength to the coatings by boosting the overall rigidity and tensile properties of the material. In addition to textile coatings, EBS wax is used in a variety of industries, such as paper and packaging, inks and coatings, and the automotive industry.

Benefit 1: Waterproofing Capabilities

When employing EBS wax in textile coatings, the most obvious benefit comes in the form of waterproofing. This type of coating effectively seals and protects against moisture, making it ideal for outdoor gear, such as jackets, backpacks, and tents. Textile coatings made from EBS wax prevent water from penetrating the fabric, which ensures the material retains its shape and functional integrity even in harsh conditions. It's an ideal solution for people who work outdoors, and for sporting events or activities that take place in rainy or damp environments.

Benefit 2: Increase in Tear and Abrasion Resistance

EBS wax coating for textiles has a high resistance to abrasion and tear, which makes it ideal for fabrics that are used in heavy duty environments, such as industrial workwear, or military grade products. This type of coating can reduce fabric wear and tear, leading to a longer lifespan and better performance of textiles. Even in everyday garments such as workwear or children's clothing, these coatings can help keep clothing in better condition when used in high-wear areas such as knees and elbows.

Benefit 3: Improved Thermal Stability

Another advantage of EBS wax coatings is their ability to improve thermal stability. This type of textile coating can withstand high temperatures, making it ideal for a variety of industrial applications, such as safety clothing or protective outerwear. EBS wax coating is also beneficial because it is not easily absorbed into the fibers of a textile, which results in a higher level of performance in areas with high heat exposure, such as near engines, boilers, or furnaces.

Benefit 4: Reduced Weight

Another significant benefit of EBS wax coatings is their ability to reduce the weight of textiles. Unlike other types of coatings, using EBS wax leads to a minimal addition of weight to the fabric yet offers an excellent strength and waterproofing performance. This reduction in weight can make textiles more comfortable to wear and easier to transport, which will benefit consumers and manufacturers alike.

Benefit 5: Environmental Friendliness

Many textile coatings on the market contain solvents or other chemicals that can have negative effects on the environment. Fortunately, EBS wax is an environmentally friendly solution to textile coating which can help to reduce the carbon footprint. This wax has low-temperature melting point, which makes it easy to apply, and that reduces the energy needed to produce it. Its chemical composition is non-toxic and biodegradable, meaning that it does not pollute the environment.

Conclusion

Using EBS wax for textile coatings provides a diverse range of advantages. Not only does it offer waterproofing capabilities, but it can also provide an improvement in tear and abrasion resistance, thermal stability, reduced weight, and environmental friendliness. The use of EBS wax can add strength and durability to textiles and coatings that will improve the performance and lifespan of the fabric. By employing EBS wax coatings in the manufacturing process, companies can offer customers the highest quality, most durable materials, while reducing their environmental impact.