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LSR Materials
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41460 Neuss
Germany

UNICARB® N

Activated carbons based on coconut shells

The UNICARB® N product group is characterized by excellent hardness and a micro- and mesoporous pore system.

  • Sustainable origin
  • Effectively removes impurities
  • Versatile applications
  • Reduction of waste quantities

Maximum cleaning performance

Benefit from our coconut shell-based activated carbons and their superior adsorption capacity – optimum cleaning and contamination removal guaranteed! The products are available in different grain sizes, activation levels and with different impregnations.
impregnations available.

Superior adsorption capacity

Natural origin and sustainability

Effective cleaning for a wide range of applications

Larger pore structure for optimum performance

Sustainable cleaning experts

With an outstanding adsorption capacity, our activated carbons offer a natural and sustainable solution for various cleaning applications. The unique pore structure and surface of coconut shell-based activated carbons enable effective removal of contaminants, pollutants and unwanted odors. Rely on our products for environmentally friendly and powerful cleaning that meets your needs.

Our products

All our areas of application at a glance. We have the optimum solution for every industry and the right product for every application.

UNICARB® N: Activated carbons based on coconut
UNICARB® W: Activated carbons based on hard coal
UNICARB® T: Activated carbons based on wood
UNICARB® G: Activated carbon based on renewable raw materials
UNICARB® Impregnated activated carbons
UNICARB® filter media

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Frequently asked questions

The UNICARB® N product group is characterized by excellent hardness and a micro- and mesoporous pore system. The products are adapted to the respective area of application through customer-specific processing.

A large proportion of micropores leads to a higher adsorption capacity at low pollutant concentrations due to the greater binding forces.

Among other things, it is possible to adjust the grain size and the degree of activation. Water or acid washes and all standard impregnations are also possible.