CPE ANTIBAC filament Fiberlogy 1,75 mm / 0,5 kg

Antibacterial plastic for 3D printing

On this page, we offer you Fiberlogy CPE ANTIBAC filament, an antibacterial plastic for 3D printing that provides effective protection against microbes.

It is an innovative antibacterial filament with high mechanical and temperature resistance combined with antimicrobial properties. In terms of high temperature resistance, it is superior to, for example, PET-G or PCTG filaments, which belong to the same polymer family. The material is resistant to temperatures up to 110 °C and to UV radiation, chemicals and lipids.

CPE ANTIBAC is odorless and free of BPA, BPS and styrene. This antibacterial filament contains silver nanoparticles, which gives it effective protection against microbes. Microbiological tests have shown the biocidal properties of both the threads and 3D prints. The results confirm the effectiveness in reducing the number of bacteria, including Escherichia coli (by 100%) and Staphylococcus aureus (by 92.4%). In repeated testing, the results were 100% and 97%, respectively.

CPE ANTIBAC is designed for use on both desktop and industrial FFF/FDM 3D printers. A closed print chamber is not required, but it can help to produce prints with better durability. Due to its unique properties, Fiberlogy CPE ANTIBAC should be applied to prints that are exposed to microbes, such as plastic elements in public places, laboratory equipment, and clinical accessories.

CPE ANTIBAC filament application

• Public space: switches, door handles.
• Medicine: clinical equipment, accessories, decoration elements.
• Electronics: keyboards, pinpads, enclosures.
• Home: elements exposed to dirt, pot handles.

Properties of CPE ANTIBAC

• Destroys 100% of Escherichia coli bacteria and more than 90% of Staphylococcus aureus.
• Heat resistance up to 110 °C.
• Free of BPA, BPS and styrenes.
• High mechanical strength.
• Suitable for sterilization.

Buy CPE ANTIBAC filament in Warsaw

In the Center 3D Print store you will find a wide range of filaments for 3D printing on FDM/FFF 3D printers. Feel free to contact our specialists for advice if you need help choosing the right material for high-quality 3D printing of specific applications.