Sollex - supplier of industrial knives and blades in Europe from 1927.

  Sollex range of slitter blades in various qualities and coatings optimized for cutting in various materials. Slitter blades are excellent for use in industries for  plastic film production , and Sollex has versions optimized for cutting in for example  white plastics ,  hard laminated plastics , and  thin stretched plastics .  Slotted Slitter blade for industrial production Most Sollex razor blades are delivered in a so-called partner pack. A package that is very suitable for industrial production. The razor blades lie on top of each other on two spears in a plastic package. The edges of the slotted Slitter blades do not come into contact with the packaging. For the user, it is easy to see how many razor blades are left because the lid on the partner pack is made of transparent plastic. Coated Slotted Slitter blades At the next levels, we have applied a coating to the edge to change the Slitter blade's cutting properties. We coat razor blades to protect t...

Johan Falk, CEO of Sollex AB - supplier and manufacture of blades and knives , explains in video what is a slitter blade, coating and material difference. Contact us if you got interested!

Carbon steel for knives and razor blades The number one ingredient to produce high quality blades and razor blades is high-quality material. Sollex manufactures knives, industrial razor blades and tools in the following materials: carbon steel, stainless steel, Bi-metal, high-speed steel, tool steel, ceramic materials, solid tungsten carbide and cemented carbide. Extensive knowledge and experience of production, hardening and grinding results in industrial razor blades with sharpness and durability. Sollex blades have real sharpness and durability due to high-quality materials, proven and quality-assured hardening and precision grinding. Blades in carbon steel Carbon steel is mainly an alloy of iron and carbon. In addition to carbon, smaller amounts of silicon and manganese are usually added to the alloy. The carbon content is usually 0.01% -0.8%, silicon below 0.3% and manganese below 0.8%. If the amount of carbon increases, the steel becomes harder and stronger but also less ductile...