Products in Paper & Pulp Chemicals: Calcium & Calcium Compounds

Portafill® H 10 is produced from a carefully selected, naturally occurring, platy, sedimentary mineral consisting predominantly of partially hydrated magnesium-calcium carbonate. The standardized quality of Portafill® H is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of raw material and product is closely monitored, and particle size is kept within a narrow range. Particle shape, fineness, and high brightness make Portafill® H a very efficient extender for TiO2 in paint, paper, and board applications. Its platy particle shape and very fine particle size make Portafill® H an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants, and plastisols.

Portafill® H 5 F13.0 is produced from a carefully selected, naturally occurring, platy, sedimentary mineral consisting predominantly of partially hydrated magnesium-calcium carbonate. The standardized quality of Portafill® H 5 is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of raw material and product is closely monitored, and particle size is kept within a narrow variation. Particle shape, fineness, and high brightness make Portafill® H 5 a very efficient extender for TiO2 in paint, paper, and board applications. Its platy particle shape and very fine particle size make Portafill® H 5 an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants, and plastisols.

Portafill® H 5 is produced from a carefully selected, naturally occurring, platy, sedimentary mineral consisting predominantly of partially hydrated magnesium-calcium carbonate. The standardized quality of Portafill® H 5 is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of raw material and product is closely monitored, and particle size is kept within a narrow variation. Particle shape, fineness, and high brightness make Portafill® H 5 a very efficient extender for TiO2 in paint, paper, and board applications. Its platy particle shape and very fine particle size make Portafill® H 5 an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants, and plastisols.

Portafill® H 5 F12.0 is produced from a carefully selected, naturally occurring, platy, sedimentary mineral consisting predominantly of partially hydrated magnesium-calcium carbonate. The standardized quality of Portafill® H 5 is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of raw material and product is closely monitored, and particle size is kept within a narrow variation. Particle shape, fineness, and high brightness make Portafill® H 5 a very efficient extender for TiO2 in paint, paper, and board applications. Its platy particle shape and very fine particle size make Portafill® H 5 an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants, and plastisols.

Portafill® H 5 F11.0 is produced from a carefully selected, naturally occurring, platy, sedimentary mineral consisting predominantly of partially hydrated magnesium-calcium carbonate. The standardized quality of Portafill® H 5 is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of raw material and product is closely monitored, and particle size is kept within a narrow variation. Particle shape, fineness, and high brightness make Portafill® H 5 a very efficient extender for TiO2 in paint, paper, and board applications. Its platy particle shape and very fine particle size make Portafill® H 5 an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants, and plastisols.

HisarCal® St-3 is used in the paper industry. By adding 15-30% to cellulose, micronized calcite is used primarily in the production of writing papers, wallpapers, and cardboard. Because of its high whiteness, low cost, and other technical benefits to paper, it has replaced kaolin in the paper industry over the last ten years, beginning in Europe.

HisarCal® St-2 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-5 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-99 is used in the paper sector. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-5 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

Cales De Llierca Precipitated Calcium Carbonate (Pcc) is a precipitated calcium carbonate with scalenohedral morphology. Its particular structure, purity and size distribution curve enable increased whiteness and opacity when it is used as filler in paper.

Micronized Products SnowTalc is a magnesium silicate mineral with a monoclinic crystal structure. It is characterized by its softness and platy or lamellar physical structure. When ground into a fine powder, this lamellar property gives a smooth, soapy feel.

HisarCal® St-99 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-1 is used in the paper industry as a micronized calcite by adding 15-30% cellulose in the production of writing paper, wall paper, and cardboard. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-1 is also used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-2 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-40 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-3 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-1 Fine is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

Micronized Products Tioxsil is a magnesium silicate mineral with a monoclinic crystal structure. It is characterized by its softness and platy or lamellar physical structure. When ground into a fine powder, this lamellar property gives a smooth, soapy feel.