COATFORCE® CF 30 is a high quality engineered mineral fibre. Its fibre length results in an excellent dispersion in various matrix materials e.g. water and solvent based resins, bitumen. COATFORCE® CF 30 gives excellent mechanical properties to various paint and coating systems. COATFORCE® exhibits excellent performance at elevated temperatures. It will not contribute to a fire but act as a blocking medium and reduce the spread of flame. It can be used at temperatures up to 700 ºC for COATFORCE®. COATFORCE® provides reinforcement and dimensional stability to a composite. Well-dispersed fibres form a reinforcing network in the paint layer, significantly enhancing resistance to cracking, impact, chipping and wear.

ROCKFIBRE® MS-615-ROXUL®1000 is a very high quality engineered mineral fibre. The surface treatment results in long excellent dispersable fibres which give good reinforcing properties in various applications.

COATFORCE® CF 10 is a high quality engineered mineral fibre. Its fibre length results in an excellent dispersion in various matrix materials e.g. water and solvent based resins, bitumen. COATFORCE® CF 10 has an off-white colour and very low shot content. The off-white colour makes it especially suitable for decorative applications. COATFORCE® CF exhibits excellent performance at elevated temperatures. It will not contribute to a fire but act as a blocking medium and reduce the spread of flame. It can be used at temperatures up to 700 ºC for COATFORCE®. COATFORCE® provides reinforcement and dimensional stability to a composite. Well-dispersed fibres form a reinforcing network in the paint layer, significantly enhancing resistance to cracking, impact, chipping and wear.

ROCKFORCE® MS610-ROXUL®1000 is a highly cleaned mineral fibre. Its amino-silane surface treatment gives it an optimum bond in phenol, epoxy and resins alike, resulting in better reinforcement properties. ROCKFORCE® MS610-ROXUL®1000 shows added values in rheology control, dimensional stability, reinforcement, heat resistance, and chemical bonding with phenol and epoxy resins