Products

HIFILL® 1 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 10 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 15 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 17 is a calcium carbonate filler and reinforcer that is produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have low oil absorption, which can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 18 is a calcium carbonate filler and reinforcer that is produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have low oil absorption, which can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 2 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 3 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® 5 is a ground calcium carbonate filler produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have exceptional whiteness and are ideally suited for use in brightly colored, contractor-grade trade paints and masonry coatings. Its low oil absorption can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® Air Floated Clay Filler 15 is a calcium carbonate filler and reinforcer that is produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have low oil absorption, which can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® Air Floated Clay Filler 17 is a calcium carbonate filler and reinforcer that is produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have low oil absorption, which can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® Air Floated Clay Filler 18 is a calcium carbonate filler and reinforcer that is produced from a uniquely occurring, high-brightness calcite feedstock. HIFILL® grades have low oil absorption, which can help maximize loading levels in either water- or solvent-based systems with only a minimal impact on viscosity.

HIFILL® N 1000 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.

HIFILL® N 1200 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.

HIFILL® N 200 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.

HIFILL® N 300 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.

HIFILL® N 800 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.

HIFILL® N400 is a mineral additive that adds value to a wide range of plastic and rubber systems. It has better scratch and mar resistance, superior weatherability, and better fusion characteristics for PVC, among other benefits. HIFILL® N allows for formulation and processing cost reduction while not adversely impacting the products' physical properties and durability.