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20 product grades found

MoldX ® A300

MoldX® A300 aluminum hydroxide is optimized to provide dramatically improved processing viscosities to sheet molding compounds (SMC) at loadings ranging from 250 phr to greater than 350 phr. It is Huber's highest performing 'low viscosity' grade.

MoldX ® A400

MoldX® A400 aluminum hydroxide is a third generation optimized aluminum hydroxide product that gives low viscosity at a high loading level (250-380 phr), but requires 20-30% less loading than MoldX® A110 to achieve the same flame retardant performance.

Martinal ® ON-310S

Martinal® ON-310 S aluminum hydroxide is a 10 micron, ground aluminum hydroxide used as a flame retardant and smoke suppressant, produced in Bergheim, Germany.

Martinal ® ON-313S

Martinal® ON-313 S aluminum hydroxide is a 15 micron, ground aluminum hydroxide used as a flame retardant and smoke suppressant, produced in Bergheim, Germany.

Martinal ® ON-320

Martinal® ON-320 aluminum hydroxide is a 20 micron, ground aluminum hydroxide used as a flame retardant and smoke suppressant, produced in Bergheim, Germany.

Martinal ® ON-904

Martinal® ON-904 aluminum hydroxide is one of a series of aluminium hydroxides designed to offer high loadings with low viscosity behavior as flame retardant filler in synthetic resin, produced in Bergheim, Germany.

Martinal ® ON-906

Martinal® ON-906 aluminum hydroxide is one of a series of aluminium hydroxides designed to offer high loadings with low viscosity behavior as flame retardant filler in synthetic resin, produced in Bergheim, Germany.

Martinal ® ON-908

Martinal® ON-908 aluminum hydroxide is one of a series of aluminium hydroxides designed to offer high loadings with low viscosity behavior as flame retardant filler in synthetic resin, produced in Bergheim, Germany.

Martinal ® ON-921

Martinal® ON-921 aluminum hydroxide is one of a series of aluminium hydroxides designed to offer high loadings with low viscosity behavior as flame retardant filler in synthetic resin, produced in Bergheim, Germany.

Martinal ® ON-935

Martinal® ON-935 aluminum hydroxide is one of a series of aluminium hydroxides designed to offer high loadings with low viscosity behavior as flame retardant filler in synthetic resin, produced in Bergheim, Germany.

Micral ® 632

Micral® 632 aluminum hydroxide is a high brightness flame retardant grade with high surface area and has an average median particle size of 3.5 microns for coatings-related applications.

Micral ® 932

Micral® 932 aluminum hydroxide is a mechanically ultrafine Alumina Trihydrate (ATH) that has a high surface area and an average median particle size of 2 microns.

MoldX ® P12

MoldX® P12 aluminum hydroxide is optimized for pultrusion, resin infusion and vacuum bag molding applications. The product's narrow particle size distribution gives superb processing performance with fiberglass content greater than 60% by weight.

MoldX ® P18

MoldX® P18 aluminum hydroxide is for pultrusion, resin infusion, CIPP and vacuum bag molding applications. It's particle size distribution with top size particles of less than 18 microns gives superb processing performance at fiberglass contents greater than 50% by weight.

MoldX ® S45

MoldX® S45 aluminum hydroxide is engineered to allow higher loadings versus standard aluminum hydroxide products and offers excellent processing from 180 phr to as high as 240 phr.

SB 136

SB-136 aluminum hydroxide is a ground high whiteness grade with an average median particle size of 18.5 microns.

SB 332

SB-332 aluminum hydroxide is a ground high whiteness flame retardant with an average median particle size of 11 microns.

SB 336

SB-336 aluminum hydroxide is a ground high whiteness flame retardant with an average median particle size of 15.5 microns in adhesives, caulks and sealants applications.

SB 432

SB-432 aluminum hydroxide is a ground high whiteness flame retardant with an average median particle size of 9 microns in adhesives, caulks and sealants applications.

SB 805

SB-805 aluminum hydroxide is ground aluminum hydroxide with an average median particle size of 2.5 microns.