Products

MD Graphene Neo ABS Pellets are made up of Graphene Nanofiber reinforced Acrylonitrile-Butadiene-Styrene which creates a nanostructure or skeleton that increases the density of the material. It is the best and first choice material suitable for medical devices and medical components that require high quality. The graphene nanofiber allows the processability to produce elements of the highest quality and complex structural geometries.

MD Graphene Neo TPU Pellets are made up of Graphene Nanofiber Reinforced Thermoplastic Polyurethane which creates a nanostructure or skeleton that increases the density of the material. It is a low-temperature flexible thermoplastic, very soft, and impact-resisting material.

MD Graphene DURA PEEK Pellets incorporate a graphene oxide reinforcement with exceptional chemical resistance. DURA PEEK polymer provides long-term performance up to 255°C. This material provides long-term performance up to 240°C, with exceptional chemical resistance, excellent wear, and abrasion resistance.

MD Graphene DURA ABS Blue Pellets are made up of Acrylonitrile-Butadiene-Styrene graphene oxide reinforced, they are anti-bacterial and high temperature resistant. It is the first choice of material for demanding healthcare applications, as well as for medical applications requiring structural stability and high agility.

MD Graphene ABV PEEK Pellets are reinforced with silver particles on Graphene Oxide (GO-Ag) and show exceptional resistance combined with a powerful antimicrobial. It is the first choice material for demanding healthcare applications, it incorporates graphite oxide reinforcement with silver particles. The ABV PEEK polymer provides long-term performance up to 255°C, with exceptional chemical resistance, and high resistance to wear and abrasion.

MD Graphene ABV ABS Pellets is made up of Acrylonitrile-Butadiene-Styrene reinforced with silver particles on Graphene Oxide (GO-Ag). It has exceptional resistance combined with powerful antimicrobial properties. It is the first choice of material for demanding healthcare applications, as well as for medical applications requiring structural stability and high flowability.