Products

Roflam B7 is a halogen-free flame retardant in the form of a colorless liquid with low dynamic viscosity. Due to its excellent compatibility with many liquid raw materials, it is successfully used in polyurethane plastics, epoxy resins, vinyl ester resins and unsaturated polyester resins. Among the products belonging to the group of triaryl phosphoric esters, it is distinguished by being non-lethal to human health.

Roflam F5 is a phosphor flame retardant that provides a high fire resistance class of plastics. During the combustion process, the product works in a solid phase, creating on the surface of the material a charred layer inhibiting the spread of the flame. The flame retardant is a halogen-free solution, therefore, no toxic gasses such as HCl or HBr are emitted during the gas-phase combustion process.

Roflam F6 is a halogen-free solution for efficient flame retardation in plastics. The additive provides a high class of fire resistance without adversely affecting the mechanical properties of the finished product. During the combustion process, the presence of a flame retardant promotes the formation of a less flammable, charred coating that acts as a barrier between the material and the flame. The use of Roflam F6 additive together with inorganic flame retardants in powder form increases the fire resistance profile through a synergistic effect.

Roflam F9 is a specialized phosphate ester used as an additive flame retardant. The product is halogen-free, thus, it does not release toxic gasses during the combustion process. The use of a flame retardant leads to the formation of a charred layer on the surface of the material, which inhibits the spread of the flame. In order to enhance the flame retarding effect, Roflam F9 can be used together with inorganic flame retardants in the powder form with which it has a synergistic effect.

Roflam B7V is a halogen-free phosphor flame retardant in the form of a colorless liquid. Due to its low dynamic viscosity and very good compatibility with many raw materials, it is successfully used, among others in highly filled polyurethane plastics, epoxy resins, vinyl ester resins and unsaturated polyester resins. In comparison to other flame retardants belonging to the group of aryl phosphoric esters, it is characterized by a lack of classification for the threat to human health, as well as a low content of volatile organic compounds, including free phenol.