Featuring

• Made of bio-based polyester with recycled polyester (GRS)
• Added GRAPHINUS™ to knit liner provides lightweight & superior cut protection
• Durable, flexible, comfort and snug fitting
• PREMIUM PU palm coating for superior grip in dry & wet conditions
• Eco-friendly product

Ideal for

• Glass & Steel manufacturing industry, Handling metal parts
• Precision machine tooling, Mechanical inspection, Automotive industry

Global Recycled Standard (GRS)

GRS gloves are manufactured following the Global Recycled Standard, which certifies that products contain recycled materials and meet strict environmental and social standards throughout the supply chain. GRS certification ensures the traceability, responsible sourcing, and reduced environmental impact of materials, promoting sustainable practices. These gloves are commonly used in industries seeking eco-friendly alternatives without compromising quality, such as fashion, sports, and industrial sectors.

Bio-based polyurethane (PU)

Bio-based polyurethane (PU) is partially derived from renewable, plant-based resources, offering an eco-friendly alternative to traditional PU. Unlike conventional polyurethane, which relies heavily on fossil fuels, bio-based PU uses natural raw materials such as vegetable oils (e.g., soybean and castor oil), cellulose, and sugars. This Bio-based polyurethane (PU) retains the flexibility, durability, and versatility of conventional PU while promoting environmental responsibility. These features make bio-based PU an environmentally conscious, multi-purpose material.
It is ideal for applications in textiles, footwear, automotive parts, and consumer goods.

Raw Materials for Bio-based PU

1. Bio-based Polyols
• Vegetable Oils : Oils such as soybean oil, castor oil, palm oil, and sunflower oil are commonly used to produce bio-based polyols. These oils are processed through methods like epoxidation and heat treatment to convert them into polyols suitable for polyurethane synthesis.
• Carbohydrates : Starch, cellulose, and sugars can be used to produce polyols through biological or chemical processes.
• Lignin : Lignin, extracted from biomass such as wood, is another potential source for bio-based polyols.

2. Bio-based Isocyanates
While isocyanates are usually produced from petrochemical sources, some research efforts are focused on developing bio-based isocyanates. However, the commercial production of bio-based PU typically involves bio-based polyols rather than bio-based isocyanates.

Bio-based PU Features

TERACUT GRAPHINUS™ is our next generation cut protection yarn developed with graphene material.

Instead of weaving graphene onto fibers, we are spinng them into fibers. This means that our products are long-lasting, virtually unaffected by washing, and generally last the life cycle of the yarn.

TERACUT GRAPHINUS™ is gloves that promise unparalleled safety, even in the most demanding industrial environments. Crafted meticulously to serve the European and American markets, these brand new gloves are more than just protective wear. They represent a fusion of cutting-edge technology and innovative design.

The products’ exceptional feature is their ability to cover both European cut resistance, ranging from A to F grade and the American standard grades from A1 to A9. Whether one opts for the ultra-thin 21 gauge knitting or the 13 gauge conventional thickness, the gloves stand strong against hazards.

A prominent feature that sets the TERACUT GRAPHINUS™ apart from its competitors is its remarkable resilience. Even when faced with a sharp slash from an industrial cut or knife, the gloves showcase minimal surface damage. This resistance not only ensures the longevity of the product but also serves as a shield, safeguarding the user from potential injuries.