Charles B. Chrystal Talc

Talc MP 10-52 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 12-50 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 15-38 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 25-38 is a fine-particle talc with high brightness, low surface area and oil absorption, and excellent Hegman fineness. It is used in a number of applications including: industrial and architectural coatings and primers; adhesives and sealants; and caulks and putties. It is low in abrasion, chemically inert and has a platy crystal shape that improves weatherability and reinforcement.

Talc MP 30-36 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment

Talc MP 40-27 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 44-26 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 45-26 is designed for use in interior and exterior architectural coatings as well as industrial primers and topcoats. Talc’s chemically inert nature improves the weatherability of coatings containing talc. The hydrophobic nature of talc contributes to the rheological properties (anti-sag, leveling, and brushability) and gloss of the coating as well as providing sheen control. In addition, the softness of talc reduces wear on processing equipment.

Talc MP 50-26 is designed for use in a wide variety of applications which can benefit from talc’s platy particle shape, highly oleophilic surface and softness that do not require high dry brightness. Typical applications include: sealants and caulks, joint compounds, spackles and texture coats, and other construction and agricultural products.

Talc MP 70-22 is designed for use in a wide variety of applications which can benefit from talc’s platy particle shape, highly oleophilic surface and softness that do not require high dry brightness. Typical applications include sealants and caulks, joint compounds, spackles and texture coats, and other construction and agricultural products.

Talc MP 210 is designed for use in a wide variety of applications.

Talc SR 2M has good chemical resistance for applications in paint and coating formulations. It improves corrosion resistance, water permeability, and film integrity. This talc can also be used in construction products such as joint compound, adhesives, sealants, putties, and caulks.

Talc SR 3M has good chemical resistance for applications in paint and coating formulations. It improves corrosion resistance, water permeability, and film integrity. This talc can also be used in construction products such as joint compound, adhesives, sealants, putties, and caulks.

Talc SR 4M has good chemical resistance for applications in paint and coating formulations. It improves corrosion resistance, water permeability, and film integrity. This talc can also be used in construction products such as joint compound, adhesives, sealants, putties, and caulks.

Talc SR 5M has good chemical resistance for applications in paint and coating formulations; it improves corrosion resistance, water permeability, and film integrity. This talc can also be used in construction products such as joint compound, adhesives, sealants, putties, and caulks.

Talc SR 6M has good chemical resistance for applications in paint and coating formulations; it improves corrosion resistance, water permeability, and film integrity. This talc can also be used in construction products such as joint compound, adhesives, sealants, putties, and caulks.