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This fiber is lightweight with a specific gravity of 0.91 and hydrophobic (official moisture content of 0%). It also has excellent chemical resistance and can be easily recycled. Pylen is often used in applications that require extended functionality, such as industrial materials, carpets, and clothing.

Soalon is a triacetate filament produced exclusively by Mitsubishi Chemical.
Since production started in 1967, it has remained popular globally as a breakthrough development in the fiber industry due to its impact on expanding ideas in fashion.
This material combines the beauty of natural pulp with a flexible material created through the power of science.
This combination of beauty and functionality creates a range of possibilities including the development of many variations of fabric and fashion ideas. This has and will continue to have a major impact on people's lifestyles.

Soalon embodies the dream of the fashion industry and paves the way to a colorful future.

Chitosan is a natural polysaccharide found in the shells of crabs and shrimp. It is recognized to have significant antimicrobial effect. There are researches on Chitosan's possible health benefits and adsorption of harmful heavy metals.Studies also indicates that the use of Chitosan is beneficial in promoting plant growth and improving soil condition.


Chitosan has become popular as a health food due to its bio compatibility, anticancer effect, blood pressure elevation inhibiting effect, and cholesterol reducing effect, which clearly indicates its safety.

A.H.Y.™ has a pleasant soft touch and shows color vividly.
This polyester fiber can be dyed by cationic dye under normal pressure.
Cationic dye is particularly effective for fluorescent and vivid colors. A.H.Y.™ also shows excellent color fastness.

Soluna is the brand that presents our polyester filament product. It has excellent strength, does not wrinkle easily, and feels similar to other textiles. As the yarn is easily processed for specialized applications at the raw material stage, a large number of high-performance materials are currently on the market.

Our internally developed Ventcool product is an acetate-based conjugate fiber that expands or contracts when wet or dry.

This material is made from composite fibers produced using a combination of pulp-based, semi-synthetic fibers and natural fibers. For this reason, it has both excellent functionality and supple feel. The natural fibers give this material its supple and comfortable feeling on the skin. Pulp is the raw material used in this material, and so it is biodegradable. This material is used in clothing, material, and medical applications.

Cutely is a deodorizing material made with acrylic fiber and acetate produced with our special blending technology. Its function is added into fibers at the initial production stage instead of the finishing process so repeat wearing and washing does not affect its performance.

A.H.F is a composite fiber of acrylic and acetate made by special technology. With the combined properties of both materials, it has moisture-absorbing and retaining effect, deodorizing function, and antimicrobial anti-odor property.

This material has a soft texture and anti-pilling property due to the use of special polymers in its production. It is available in different thickness (denier) and can be blended with other materials to meet the needs of any application.

This micro acrylic fiber was developed in pursuit of a smoother texture and better warmth, It is finer than typical cashmere and Egyptian cotton.

Corebrid Thermocatch is a white, heat-generating, heat-retaining, and conductive fiber developed using our sheath-core spinning technology. This innovative acrylic fiber generates heat by converting sunlight into thermal energy, and also prevents static electricity from accumulating to reduce clinging and crackling sound.
Corebrid Thermocatch is a white fiber and so retains the ability of acrylic fiber to show color well. It is therefore and so this material is ideal for winter sportswear and casual wear.

Corebrid B is an acrylic staple fiber with a conductive sheath-core structure and light-absorbing heat generating property.
Inserting a high concentration of conductive and light-absorbing heating particles into the core creates a higher level of performance in comparison with fibers inserted using traditional methods.

Corebrid™ is an acrylic fiber produced by the world's only wet-spun, sheath-core composite spinning technology, which was developed by Mitsubishi Chemical.

This sheath-core fiber structure consists of core and sheath which enables different material combination to offer various functions. We are the first company to use such technology to produce this wet-spun fiber type.

VonnelTM is our company’s acrylic fiber brand and the main ingredient is acrylonitrile (AN). It has a soft and warm texture similar to cashmere and wool. It is used in sweaters, cut and sewn products, underwear, and socks. It is also used in non-clothing applications such as eco-fur, blankets, carpets, and non-woven fabric.

Synthetic paper, from its early development and historical evolution, has typically been manufactured using synthetic resin derived from petroleum as its primary material. Naturally, this has given it characteristics similar to those of plastic film, but its appearance is remarkably similar to that of regular paper made from wood pulp. In addition, many synthetic papers have properties similar to those of regular paper.

YUPO® is a synthetic paper made mostly from polypropylene film to which inorganic fillers and small amounts of additives are added. In principle, the film is formed while creating microvoids by stretching it biaxially. The most distinguishing feature is its multilayer construction, which consists of a base layer and paper-like layers laminated on either side, whose thickness can be adjusted to provide products ranging from thin to thick. This manufacturing process is shown in the flow sheet in Figure 1. The specific YUPO® manufacturing process is a proprietary technology unique to our company, and numerous patents have been established for it in Japan, Europe and the USA, as well as for the composition.