Products

GreenChemicals SPA MB PE PRED70 is a halogen-free flame retardant masterbatch based on red phosphorus. MB PE P RED 70 is especially developed for polyolefines. MB PE P RED 70 is based on stabilized and micro-encapsulated red phosphorus in a polyolefine carrier resin and it is easy to be homogeneously dispersed in the polymer compound.

GreenChemicals SPA MB PE IDRO 60 is a masterbatch based on a PE matrix containing magnesium hydroxide. MB PE IDRO 60 is used as a filler and achieves high levels of flame retardancy in a wide range of polymers, including ethylene vinyl acetate, polypropylene and polyamides. MB PE IDRO 60 is halogen free and low smoke emission. Greenchemicals produces tailor-made masterbatches for its customers, for our magnesium hydroxide-based masterbatches we offer different polymer bases and different grades.

GreenChemicals SPA MB PE DETO 31 is a thermal stable masterbatch based on organic bromine compounds with an added synergist, developed for polyolefins. MB PE DETO 31 with high bromine content and Antimony Trioxide is supported by a polyethylene matrix to improve dispersion and homogeneity. MB PE DETO 31 shows a very high UV resistance and total absence of blooming effect. MB PE DETO 31 has a wide range of applications: Styrenics, polyolefins and ETP. The percentage of dosage of MB PE DETO 31 depends on the polymer in which it is used.

GreenChemicals SPA MB EMBA DETO 41 is a thermal stable masterbatch based on organic bromine compounds with an added synergist. MB EMBA DETO 41 with high bromine content and Antimony Trioxide is supported by an EBA/EMA matrix to improve dispersion and homogeneity. MB EMBA DETO 41 shows a very high UV resistance and total absence of blooming effect. MB EMBA DETO 41 is developed for use in PBT.

GreenChemicals SPA MB PE CPO 31 is a paraffin wax based masterbatch in a PE matrix, halogenated and synergized. MB PE CPO 31 is a viable solution for flame retardant formulations in a wide range of applications. MB PE CPO 31 is used in formulations for elastomers, wires and cables, textile covers and office machines. MB PE CPO 31 is particularly effective in polyolefins, styrenes, polyolefins and ETP.

GreenChemicals SPA MB PE DATO 31 is a masterbatch in a halogenated and synergized PE matrix with high bromine content and provides a cost effective solution for flame retardant formulations in a wide range of applications. It is used in formulations for elastomers, wires and cables, textile coatings and office machines. MB PE DATA 31 flame retardant is particularly effective in polyolefins, styrenes, polyolefins and ETP.

GreenChemicals SPA MB PE BATO 31 is a flame retardant masterbatch containing a brominated flame retardant combined with an antimony trioxide synergist in a PE matrix. MB PE BATO 31 has a high resistance to UV radiation and excellent thermal stability. MB PE BATO 31 does not present blooming effects, which makes it a suitable flame retardant for polyolefin film. Its excellent electrical properties make it ideal for cable applications. MB PE BATO 31 is mainly used in engineering polymers such as polyolefin, high-impact polystyrene (HIPS), thermoplastic polyesters (PBT, PET), polycarbonate and elastomers.

GreenChemicals SPA MB PP BATO 21 is a flame retardant masterbatch, containing a low melting brominated flame retardant, combined with an antimony trioxide synergist in a PP matrix. MB PP BATO 21 has good resistance to UV radiation and excellent thermal stability. Its excellent electrical properties makes it ideal for cable applications. MB PP BATO 21 is mainly used in polymers such as polyolefins, particularly for polypropylene, high-impact polystyrene (HIPS), and elastomers. It guarantees very good dispersion and high flame retardant activity, even at low dosage.

GreenChemicals SPA MB EVA DETO 41 is a thermal stable masterbatch based on organic bromine compounds with an added synergist. MB EVA DETO 41 with high bromine content and Antimony Trioxide is supported by an EVA matrix to improve dispersion and homogeneity. MB EVA DETO 41 shows a very high UV resistance and total absence of blooming effect.