CrystalCer® 136 by PMC Group is an acid sensitive, polyethylene/paraffin-type wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free... view more

CrystalCer® 1935 by PMC Group is an anionic wax emulsion. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts water resistance, dust control and improves slip and... view more

CrystalCer® 216 by PMC Group is a wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax, water and emulsifying agents... view more

CrystalCer® 46 by PMC Group is a cationic intermediate-type wax emulsion. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts water resistance, dust control and... view more

CrystalCer® 58 by PMC Group is an anionic wax emulsion. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts water resistance, dust control and improves slip and... view more

CrystalCer® 58 by PMC Group is an anionic wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax, water and emulsifying... view more

CrystalCer® 739 by PMC Group is a mixed wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax, water and emulsifying... view more

CrystalCer® 90 by PMC Group is an anionic, acid stable, oil-type wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax... view more

CrystalCer® C (Ceramic) by PMC Group is an anionic, paraffin wax emulsion. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax, water... view more

CrystalCer® C (Emulsion) by PMC Group is an acid sensitive, paraffin wax emulsion. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts water resistance, dust control... view more

CrystalCer® J by PMC Group is an acid sensitive, paraffin/micro emulsion wax. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts water resistance, dust control and... view more

CrystalCer® Q by PMC Group is an acid sensitive, micro wax designed for inks, coatings and corrugated box coatings. It is a stable, solvent-free mixture of wax, water and emulsifying agents. Imparts... view more

CrystalCer® RV by PMC Group is an acid sensitive, paraffin/micro emulsion wax. Imparts water resistance, dust control and improves slip and lubricity. It is a stable, solvent-free mixture of wax... view more

FASCAT® 2003 by PMC Group is stannous 2-ethylhexanoate, used as a gelling catalyst in the production of flexible slabstock polyurethane foam. It increases the rate of resin formation and the... view more

FASCAT® 4100 by PMC Group is an amorphous, hydrolytically stable butylstannoic acid. It is used to catalyze esterification and polycondensation reactions at temperature between 210 and 240°C. This... view more

FASCAT® 4101 by PMC Group is an amorphous, hydrolytically stable monobutylchlorotin dihydroxide grade. It exhibits esterification, polycondensation and transesterification. This catalyst is used in... view more

FASCAT® 4102 by PMC Group is a catalyst designed to synthesize saturated polyester resins for powder coatings and coil coatings. It is a pale yellow, hydrolytically stable butyltin... view more

Monobutyltin trichloride. Acts as a crosslinking accelerator. Used in the production of blocked isocyanates for urethane coatings that are used in the automotive OEM market. It is also used to... view more

Dibutyltin diacetate. Acts as a crosslinking catalyst. Offers ease of processing, and can be used at temperatures up to 250°C. Used in the production of blocked isocyanates for urethane coatings... view more

Dibutyltin oxide. Acts as a crosslinking catalyst. It is an active transesterification catalyst for methacrylate esters. It offers energy savings due to lower reaction temperatures, as well as more... view more