Efficient flame retardant, which has also preventing and reducing properties of hazardous combustion products through char formation process on the surface of material. APP prevents from ignition through decomposition in temperature about 275°C. APP release ammonia in endothermic reaction, which dissolves and dilutes the gaseous products of combustion. Simultaneously polyphosphoric acid is forming a glass coating on the surface of the material. The advantage of the product is possibility of easy encapsulation in different chemical compounds, which improves homogenization in the polymer matrixes. Product is non-toxic and does not affect to the environment.  Appearance: White powder.

Various versions of ammonium polyphosphate dedicated as flame retardants and smoke suppressants in paints and coatings. The main flame retardant action takes place in the carbonization phase on the surface in intumescent systems. AP660 version gives transparent coating on the surface of material which does not impact on structure of coated material.  Appearance: White powder.

One of the most commonly used flame retardants due to its universal properties and good value for money. Significantly reduces the amount of hazardous combustion products. The burning process is interrupted by absorbing heat and emitting steam to the flame zone (ATH decomposes in endothermic process with water release). Alumina oxide layer is formed on the polymer surface, which additionally prevents from flame propagation. ATH use is  limited due to its low thermal stability and decomposition in temperature about 190–230 ^oC, making it difficult to use in processes with higher processing temperature.  Appearance: White powder.

Product based on carbon flakes treated with strong acids. While heating graphite becomes soft, elastic and insulation material with highly developed surface - even 100 m²/g. Its flame reaction - expansion - starts in 150-200 °C, however graphite has high thermal stability even to  2500 °C. Graphite is commonly use with other FRs - halogen, phosphoric, boric compounds, magnesium and aluminum hydroxides. Product during combustion does not emit corrosive compounds, dioxins and furanes. Material is safe, physiologically neutral and ecological. Our offer includes innovative solutions on expanded graphite in controlled temperature.  Appearance: Gray to black powder.

Flame retardant compound which has synergistic effect with other halogenated FRs ex. HBCD. Saves about 30-50% of other bromine flame retardants when using together. KEMYL 97 has high thermal stability in polymerization process and does not have impact on it. Might be use as catalyst for cross-linked or grafted polymers. Appearance: White powder.

Product has properties and effect similar to FlameHunter ATH, but has higher thermal stability - is stable up to 330 °C. In addition it has also higher decomposition energy. MDH is used mainly in flame retardancy of thermoplastics and thermosetting plastics with higher processing temperature >250 °C. Specific surface area 1 g of product is 7-15 m ² , which depends on form and size of particles.  Available are different versions of product - both natural origin (brucite) and synthetic. Different kinds of coatings may be applied, which assure good dispersion in many resin mixes. Appearance: White powder.

Due to high nitrogen content and aromatic structure product is very effective in flame retardancy of materials. During thermal decomposition product retrieves energy and emits gaseous combustion products (nitrogen, ammonia), which dilutes the flame area. This effect allows to reduce amount of oxygen and free radicals responsible for maintaining the fire. Compounds present in product works in intumescent system and forms char on the surface, which prevents flames from affecting the material. Product has high thermal stability - 350 °C, which allows to use this product in plastics wit high processing temperature.  Appearance: White powder.

Product has properties similar to FlameHunter MCA due to similar chemical structure. Compared to  FlameHunter MCA this product has higher thermal stability. In addition FlameHunter MPP has more effectiveness in char formation on the burning surface of  material, which increases material resistance to fire.   Appearance: White powder.

Product is used mainly as a FR in resins and rubbers. It has thermal stability up to 215 °C. Because of its properties product is used also as stabilizing and  strengthening agent in resins and rubbers. It might be used in water systems - it has good water solubility. FlameHunter TEP is also widely used in polyurethane systems.  Appearance: Clear liquid.

Product based on natural mineral with multilayered structure and broad possible usage. It has ability to expand many Times its original volume when heated forming protective layer on the surface of material. Product is light and has excellent insulation properties. It is also highly absorptive thanks to which it might be used in purification processes (filtration). Product has low density and is easily dispersive in many systems. Might be applied with various methods and does not worsen products properties. Safe for human health and environment.  Shimmering brown to white flakes.

Product works synergistic with other flame retardants - Sb₂O₃, Al(OH)₃, Mg(OH)₂ and also with halogen derivatives. Product supports char formation process on the surface of material and might reduce the amount of smoke, however it depends on the degree of fragmentation and homogenization. Product is stable in temperature up to 290  °C. It has also very well developed specific surface area - 10 to 15  m²/g.  FlameHunter ZB  might be used also in different fields of economy - for the coatings in paints and lacquers, as a plasticizer, filler, anticorrsive agent or fungicide in plant protection products. Appearance: White powder.

This product besides effective  flame retardant properties has also thermal shock resistance, deformation and water resistance and increased tensile strength. Might be used as ion exchanger and effective adsorbent. It has anticorossive properties when exposed to strong acids, bases or salts. Is used in metal surface treatment.  Appearance: White powder.