OpenMS offers in its OpenNANO product line, a wide range of additives for polymers that are delivered in masterbatch format to facilitate its industrial integration.

In addition, the range offers an innovative range of nano-carbon nanoadditives that can be a true industrial revolution by incorporating the innovative NCRM nano-compound that incorporates Graphene, Nanotubes and Carbon Nanofibers into a wide range of polymers. This range is completed with nano-graphite based additives. You will find this radically disruptive range at the bottom of this web page.

In this line of additives for polymers, the range of controlled release that allows the release in time of the necessary amounts of any active ingredient is essential. A good example is our anti-bacterial solutions that, by means of the release of active ionic Silver, allow any surface to be biologically decontaminated and that the biocidal element itself is incorporated into the matrix of these polymers, which is suitable for contact with food.

The OpenMS range of additives for biopolymers is very remarkable and innovative, which includes the entire range of UV protection with heat reflective capacity of infrared radiation, as well as flame retardants.

Antibacterial additives for polymers and biopolymers suitable for contact with food



Repellent and antifungal additives for polymers that come into contact with food



Antibacterial additives for polymers



Additive for accelerated and controlled ultradegradation biopolymers


UVA and UVB light degradation blocking additive

Reflective additives of UV light and infrared heat (pigments), especially for greenhouses

Additives infrared heat refelectant with blue light passage, especially for building

Flame retardant additives

Antibacterial glaze for ceramics

In addition, our OpenNANO range offers as an international novelty, both in masterbatch and powder format, we offer an innovative range that can be a real industrial revolution by incorporating the innovative NCRM nanocomposite that incorporates Graphene, Nanotubes and Carbon Nanofibers. It is the first nanocomposite with super-paramagnetic capacity among many others. These are its main characteristics:

  • Ultraconductive electric additive
  • Ultraconductive thermal additive
  • Additive to improve mechanical strength
  • Additive for the electronics industry with paramagnetic capacity

This range of NCRM-based nanoadditives can be delivered in large quantities and at prices that make their industrial application viable in projects that due to the lack of availability of the nanomaterial or its high price, as has been the case with Carbon or Graphene Nanotube research today.