The First Pair Of Nanofiber Gloves In The World Came Out In Japan.

Japan's TEIJIN FIBERS:TFJ has developed the world's first golf polyesters.

The thickness of microfiber developed by Japanese Imperial textile company is only 700 nanometers, which is 1/7500 of ordinary hair fineness, but its surface is more flexible than ordinary fibers.

According to the company's report, this kind of nanofibers has a strong anti-collision capability, the surface friction resistance is also comparable, and skid resistance.

The company announced that the product was soon put into production in Osaka, Japan, and began to use this high-strength material in other fields.

Japan's Cyber Promotions Inc Acushnet Japan Inc, named FootJoy brand, has become the principal agent of the company.

As of today, almost all golf courses in Japan have used such gloves.

The original traditional golf gloves were made of natural fibers or artificial leather.

It is waterproof and has a coating on the surface. However, the latest glove is different from that of the glove, which has the features of skid resistance, softness, high water absorption and heat dissipation.

This glove can eliminate sweat from golf.

The principle is that the area it contacts with the palm has increased ten times compared with the original traditional gloves.

Moreover, the nano gloves are also very magical and opaque.

The company is confident that this material will soon become popular in other commercial areas, and can be used to develop underwear, sportswear and other industrial materials.

They expect that due to this new product, the company will add 3 billion yuan in the next three years.

The reason why the Japanese company is able to develop this kind of high-tech product is because of its persistent research spirit and superb technological level, constantly developing new materials. They are confident that they can make use of existing technology to produce more fine, stronger, softer, lighter and more high energy products.

This is not just a simple extension of existing technology. At the same time, new materials and technologies with significant breakthroughs are emerging in the world.

As early as July 2008, high strength polyester with excellent practical properties

However, due to the expectation of nanomaterials in the near future and the stimulation of research and development enthusiasm, if the fiber units are successfully reduced to revolutionary nano level, the appearance of new high performance materials implied by the "nano effect" (in attracting / separating / dispersing functions and surface area size) will attract much attention.

However, even if nanofibers can be developed successfully, there will be insufficient toughness and short fiber length in batch production.

Faced with this situation, TFJ has recently developed "island composite spinning technology", laying a solid foundation for the successful R & D and commercial production of high strength nano polyester fiber "NANOFRONT" (long fiber).

Because the diameter of nanofiber yarns is very small, the concave and convex nano size on the surface of fibers will produce a lot of friction.

At the same time, due to the enhancement of capillary phenomenon and fiber adsorption function, with excellent water absorption, diffusion, water retention and large evaporation area, it can play a great role in cooling performance.

In addition, the softness and the double diameter of the oil molecules and the smaller diameter of the dusts will make the stain more easy and wipe up 30 to 40% more than that of the superfine fiber.

It is applicable to gloves, functional underwear, safety protective clothing, which is strictly required for skid resistance, and can be widely applied to skin care products and sweaters with its minimal friction damage. It has an unexpected effect on cooling function sportswear, which has certain requirements for water absorption, diffusivity and water retention.

It can also be applied to wipe cloth and use its high friction coefficient to apply to various fields such as precision wiping cloth.