Fatcarbon

Fat Carbon refers to a special composite material originally developed for modern cutlery and precision machining. It is created by combining carbon fibers and a resin matrix, with colored pigments or metal microparticles added to the mixture, giving the surface unique patterns with a striking visual effect. Each block is manufactured through a process of pressing and curing to achieve high density and strength while maintaining low weight. The density ranges from 1.4 to 1.6 g/cm³, which means that the material is extremely light compared to steel or titanium.

Its use in knife manufacturing is based on a combination of aesthetics and function. Fat Carbon handles are resistant to moisture, temperature fluctuations, and mechanical wear, and the surface remains stable even after prolonged use. Thanks to its high rigidity, it behaves consistently during machining and can be precisely milled or ground, allowing for fine details and ergonomic shapes to be created. The material is also non-conductive and does not react with acids or salts, which increases the knife's durability in demanding environments.

Its significance for knife making lies not only in its technical properties, but also in its design value. Color variations, such as the combination of a black carbon base with blue, red, or bronze effects, bring a new aesthetic dimension to the world of working and collector's knives. Each piece is unique because the structure is never repeated. For manufacturers, this means the opportunity to stand out in the market and offer users not only a functional but also a visually exceptional tool.

The fact that the material requires almost no maintenance is also appreciated. Fat Carbon handles can be cleaned with water or a mild detergent, without the need for impregnation or oil treatment. This reduces the overall difficulty of knife care and increases comfort in everyday use. The result is a combination of advanced composite materials and traditional craftsmanship that takes the quality of knives to a higher technological and aesthetic level.