Coatings, Inks & Construction

DISPELAIR® CF 929 50 KG

Foam control agent developed for silk, matt and gloss paints, varnishes and spray coatings. This polyglycol-based emulsion is also applicable in overprint varnishes and inks. Benefits: It is suitable for pigmented and clear systemsFDA 175.105, EU 10/2011 Swiss Ordinance Annex 10 compliant for indirect food packaging

CLAYMINTON® 38S

Montmorillonite based super easy dispersed organoclay suitable for high-solids and low-viscosity coating system. It is also used in solvent-free-, anti-corrosive-, wood-, industrial-, container- and marine coatings. Shelf life: 48 months.Benefits:It is made from high-quality and high purity  It is suitable for medium to high polarity systemsProvides highly effective anti-settling, anti-sagging and low application viscosityExhibits excellent dispersion and thickening propertiesOffers hot storage stability and good construction workability

CLAYMINTON® 70

Organoclay-based rheological additive used in inks, wood-, marine-, container-, anti-corrosive-, industrial- and high solids coating applications. Shelf life: 4 years.Benefits:Easily dispersed gradeDerived from high-quality and high-purity montmorilloniteHighly efficient and cost-effectiveProvides thickening, anti-settling, anti-sagging and storage stability

CLAYMINTON® 72

Organoclay-based rheological additive suitable for industrial-, automotive finishes, core washes/foundry-, marine paints and maintenance coatings. It is designed for high or 100% solid systems and intermediate to high polarity solvents such as ketones, esters, glycol ethers, ether esters and alcohols. Shelf life: 4 years.Benefits:Possesses low viscosity and super dispersibilityEffective replacement of fumed silica and polyamide wax for desirable thixotropyOffers anti-settling and anti-sagging performanceCost effective, easy to use and high efficiency grade

CLAYMINTON® 76

Organoclay used in UV curable-, heavy-duty-, container- and marine coatings. It is suitable for solvent-free resin systems. Shelf life: 4 years.Benefits:Super easily dispersed gradeDerived from high-quality and high-purity montmorilloniteOffers thickening, anti-settling, anti-sagging and storage stabilityIt shows high universality for primer and topcoat

CLAYMINTON® 81

Organoclay-based rheological additive used in coatings containing aliphatic solvents such as mineral spirits and VM&P naphtha. It is suitable for trade sales-, traffic-, industrial maintenance paints, wood stains, varnishes, light industrial finishes and marine coatings. It is suitable for low and moderate polarity solvent and liquid system. Shelf life: 4 years.Benefits:Easy to use and super dispersible under low shear conditionsCost effective gradeUniversal replacement for conventional organoclaysOffers sag and settling resistance at a lower viscosity than organic rheology modifiers

CLAYMINTON® 82

Rheological additive used in industrial & automotive finishes, core washes/foundry paints, marine paints and maintenance coatings. It is a super dispersible organoclay for moderate to high polarity solvent and liquid system. Shelf life: 48 months. Benefits:It is easy to use and cost effectiveDoes not need polar activator and to pre gelOffers lower package viscosity but higher performance of anti-sagging and anti-settlingIt shows consistent development of rheology and improved batch to batch production consistencyProvides high efficiency, enables faster throughput and improves manufacturing efficiencyIt can also be used to post correct

CLAYMINTON® 90

Organoclay-based rheological additive used in inks, light color-, wood-, maintenance coatings, industrial-, foundry paints and wash primers. It is suitable for wide range of polarity solvent and liquid systems. Shelf life: 4 years.Benefits:Super dispersible gradeIt eliminates the need of high shear, pre-gel and polar activatorsPossesses high whiteness and transparencyOffers excellent low shear- and moderate KU viscosityIt controls sagging on vertical surface and paint penetration on porous substrates Improves flow and leveling Prevents syneresis in thixotropic systems