Products

Marshall Additive Technologies FD335 is a reactive synergist blend specially formulated to provide the maximum flame retardant performance when used as an Antimony Trioxide replacement. This product is applicable to PVC, CPE, and a wide range of polymer systems where the flame retardant is bromine or chlorine based. Depending on the specific formulation, it is typically possible to replace between 50 and 100% of Antimony Trioxide.

Magnapur® MGP-N2SC is a stearic acid coated, magnesium hydroxide of natural origin (brucite). This 2.0 µm coated magnesium hydroxide is suitable as a flame retardant in in a wide range of applications including wire & cable bedding and jacketing, foams, hoses, roofing, sheet, and profile.

Marshall Additive Technologies SDAOM 100% Ammonium Octamolybdate smoke suppressant.

Marshall Additive Technologies FD409 is a reactive synergist blend specially formulated to provide a good balance of flame retardant performance and reduced cost when used as a partial Antimony Trioxide replacement. This product is applicable to PVC, CPE, and a wide range of polymer systems where the flame retardant is bromine or chlorine based. Depending on the specific formulation, it is typically possible to replace between 30 and 50% of Antimony Trioxide.

provides a cost-effective way to flame retard and smoke suppress plastics, rubber and other polymer systems. It is alumina trihydrate and has good flowability and wetout. H-TEC™ 1000 is used for flexible and rigid PVC, nitrile rubbers, neoprene, polyolefins, EPDM, SBR, EPR, latexes, urethanes, EVA copolymers, unsaturated polyesters and other polymer systems.

A212 is a Ground ATH is used in SMC, BMC.

Marshall Additive Technologies FSD479 is an antimony free proprietary inorganic blend flame retardant synergist for use with halogen based flame retardant polymer compounds where Zinc Hydroxy Stannate is used as the primary synergist. It allows the formulator to reduce the amount of the expensive Zinc Hydroxy Stannate while retaining flammability performance and hence provide an overall cost saving. This product is applicable to PVC, CPE, and a wide range of polymer systems where the flame retardant is bromine or chlorine based.

A210 is a Ground ATH is used in SMC, BMC.

AH270 is a Coarse Ground ATH is used in Latex, Foam, Neoprene.

A204 is a Fine Ground ATH is used in Vinyl, SMC, PVC, Pultrusion.

A202 is a Fine Ground ATH is used in Adhesives, Sealants, Electrical, PVC.

Marshall Additive Technologies FDAO 100% antimony trioxide synergist for halogenated flame retardant systems.

A206 is a Ground ATH is used in Pultrusion, BMC.

AH290 is a Ground ATH is used in Yarn, Mills, SMC.

AH280 is a Ground ATH is used in Mass Transit, Carpet Backing.

A208 is a Ground ATH is used in BMC, Carpet Backing, Rubber.

AH255 is a Coarse Ground ATH is used in Composites.

C-TEC™ CTZB400 is typically used as a formulating additive to increase char strength, reduce smoke, and to provide afterglow suppression.

AH330 is a Ground ATH is used in Electronics, Glassware, Spray Up.

Marshall Additive Technologies SD890 is a reactive smoke suppressant blend specially formulated to provide the maximum reduction in smoke generation at the lowest possible cost when replacing molybdate based additives in PVC compounds. Specifically, work has been done which shows that it is possible to replace 100% of Ammonium Octamolybdate while achieving a further improvement in smoke suppression of a typical PVC plenum jacketing formulation and small gain in flame retardancy.

HT1000 is a Fine ATH is used in Wire/Cable (Insulation/Sheathing), PVC/NBR Foam.

AH430 is a Ground ATH is used in BMC, FRP, Pultrusion.

Marshall Additive Technologies FD440 is an antimony free inorganic synergist for halogenated flame retardant systems. FD440 can allow the formulator to significantly reduce the antimony trioxide level in a formula while providing equivalent performance at a reduced cost. This product is applicable to PVC, CPE, and a wide range of polymer systems where the flame retardant is bromine or chlorine based.