Functional Biocarbon Masterbatch

Functional Biocarbon Masterbatch

Engineered to excel,
effortless to use.

Benefits of using the Carboganic masterbatch in thermoplastics

A microscopic view of a porous biocarbon structure rendered in charcoal tones
A microscopic view of a porous biocarbon structure rendered in charcoal tones
A microscopic view of a porous biocarbon structure rendered in charcoal tones

Biocarbon

  • Weight reduction

  • Fibre reinforcing

  • Improved thermostability

  • Fire retardant

  • Augmont's dimensional stability

  • Stiffness enhancement

  • UV stability

  • Odour scavenging

  • Black biobased pigment

  • CO₂ footprint reduction

A close-up of several smooth, dark spheres grouped together. The lighting creates soft highlights and deep shadows on their rounded surfaces, giving them a sleek, metallic, or molecular appearance.
A close-up of several smooth, dark spheres grouped together. The lighting creates soft highlights and deep shadows on their rounded surfaces, giving them a sleek, metallic, or molecular appearance.
A close-up of several smooth, dark spheres grouped together. The lighting creates soft highlights and deep shadows on their rounded surfaces, giving them a sleek, metallic, or molecular appearance.

Masterbatch

  • Superior processing resulting in better properties 

  • Drop in material

  • Easy to handle 

  • One pack solution with multiple functionalities

  • Improved compounding of immiscible materials

  • Facilitating compounding of recycled plastics

A silhouetted hand holding a small, square microchip or processor against a bright, light-blue background. The underside of the chip is visible, showing a precise grid of electronic contact pins.
A silhouetted hand holding a small, square microchip or processor against a bright, light-blue background. The underside of the chip is visible, showing a precise grid of electronic contact pins.
A silhouetted hand holding a small, square microchip or processor against a bright, light-blue background. The underside of the chip is visible, showing a precise grid of electronic contact pins.

For the end customer

  • Outperforming material features

  • Unique functionalities

  • Renewable locally sourced resource

  • Fossil carbon footprint reduction

  • Value priced benefits

True advancement lies in engineering high-performance plastics that bridge the gap between circularity and cost-efficiency.
True advancement lies in engineering high-performance plastics that bridge the gap between circularity and cost-efficiency.

High performance biocarbon concentrates

True advancement in material science is found where sustainability meets unyielding performance. While traditional natural fibers often compromise the integrity of a plastic matrix, engineered biocarbon act as a powerful improving agent, rewriting the potential of polymers.

Co-design development

We apply a co-design development approach across the full biocarbon compounding value chain, supporting material development through compounding, application optimization, and end-product integration for engineered polymer applications.

A black and white wide shot of an industrial interior featuring a large, dark-paneled production unit with the "Carboganic" logo. A metal staircase leads to an elevated mezzanine platform, and heavy-duty storage racks with large industrial bags are visible to the left.
A black and white wide shot of an industrial interior featuring a large, dark-paneled production unit with the "Carboganic" logo. A metal staircase leads to an elevated mezzanine platform, and heavy-duty storage racks with large industrial bags are visible to the left.
A black and white wide shot of an industrial interior featuring a large, dark-paneled production unit with the "Carboganic" logo. A metal staircase leads to an elevated mezzanine platform, and heavy-duty storage racks with large industrial bags are visible to the left.

Masterbatch production plant

Carboganic manufactures in-house functional biocarbon masterbatches, engineered for reliable performance and seamless integration into polymer applications.

A black and white industrial photograph of a compounding line machine, featuring a large vertical hopper in the center of the frame. In the background, the "Carboganic" logo is mounted on a dark wall next to an open doorway, with warehouse storage racks and a staircase visible in the periphery.
A black and white industrial photograph of a compounding line machine, featuring a large vertical hopper in the center of the frame. In the background, the "Carboganic" logo is mounted on a dark wall next to an open doorway, with warehouse storage racks and a staircase visible in the periphery.
A black and white industrial photograph of a compounding line machine, featuring a large vertical hopper in the center of the frame. In the background, the "Carboganic" logo is mounted on a dark wall next to an open doorway, with warehouse storage racks and a staircase visible in the periphery.

Compounding line

Our integrated compounding line enables efficient development and customization tailored to client-specific performance needs.

Enabling countless possibilities across industries

Additive manufacturing

High printing speed, Improved dimensional stability and lightweighting.

Mobility

Aerospace and defense

Electronics

Additive manufacturing

High printing speed, Improved dimensional stability and lightweighting.

Mobility

Aerospace and defense

Electronics

Additive manufacturing

High printing speed, Improved dimensional stability and lightweighting.

Mobility

Aerospace and defense

Electronics

Contact us

Contact us

Contact us

Tell us about your specific objective or ask us any other questions

Tell us about your specific objective or ask us any other questions

Tell us about your specific objective or ask us any other questions

We apply a hands-on co-design approach to ensure our materials fit your specific technical requirements perfectly. Tell us about your goals below, and our specialists will evaluate the best technology fit for your project.