SupraB™ delivers unprecedented self-healing behavior in a wide range of polymeric materials.

Suprapolix

SupraPolix is a young company developing innovative polymeric materials for applications ranging from adhesives and specialty coatings, to biomedical materials and cosmetics.

SupraB™

The essential ingredient of our technology platform is the use of supramolecular interactions to increase the virtual molecular weight of polymers.

Business

SupraPolix develops specific polymer based solutions for its clients using its SupraB™ materials portfolio and expertise in the field.

Developing innovative polymeric materials

SELF-HEALING

Dynamic elastomeric SupraB-materials with self-healing benefits: freshly cut surfaces display adhesive strength resulting in instantaneously self-bonding.

COATINGS

Rejuvenation of damaged coatings using the SupraB-technology: high flow at high temperatured restores damaged coatings within seconds.

HYDROGEL

Elastic hydrogels: just water held together by the strong SupraB hydrogen bonds, not only strong but also thermo-reversible.

SupraB™

Innovative polymeric materials for applications ranging from self-healing materials, adhesives, and specialty coatings, to biomedical materials and cosmetics. All these applications benefit from our proprietary SupraB™ quadruple hydrogen bonding technology combining material performance with unique processing conditions.

Business

SupraPolix develops specific polymer related solutions for its clients, thereby building on its SupraB materials portfolio, and on its expertise in transferring the SupraB-technology to working solutions.

SupraMolecular Polymers

SupraPolix offers a new concept in the world of plastics by separating the processability demands from the material demands: incorporation of already a small amount of our product SupraB™ in existing plastics result in favorable processing when desired. As a result, full exploitation of all the material properties of existing plastics is possible, deepening their use in many large-scale applications that will benefit from ease of processing, advanced dynamical behavior or self-healing properties.