BENTONE® 38 by Elementis acts as a highly efficient rheological additive. It is an organic derivative of hectorite clay. It offers increased viscosity & thixotropy and prevents pigment settling... view more

BENTONE® 54 by Elementis acts as a rheology modifier. It is an organic derivative of bentonite clay. It is designed for low to intermediate polarity organic systems. It provides increased viscosity... view more

BENTONE® 57 by Elementis is a highly efficient and cost-effective rheological modifier. It is an organic derivative of bentonite clay designed for high-polarity organic systems. Increases the... view more

BENTONE® CT is a cost-effective thixotropic and rheological additive by Elementis designed for water-borne adhesives. It is an untreated, natural hectorite clay with a defined particle size... view more

BENTONE® DS by Elementis is a beneficiated hectorite clay used as a rheology modifier for water-borne adhesives. Improves flow properties, surface quality and slump/ sag resistance, and reduces... view more

BENTONE® EW NA by Elementis acts as a rheology modifier. It is a highly beneficiated, easily dispersible powdered smectite clay. Designed for adhesive applications. Provides thermostable aqueous... view more

BENTONE® LT by Elementis is an electrolyte-stable rheological modifier. It is an organically modified special smectite clay. It provides high viscosity & thixotropy and offers thermo-stable aqueous... view more

BENTONE® MA by Elementis is a purified hectorite clay-based rheological modifier for adhesive applications. Imparts thixotropy and good anti-settling properties to water-borne systems. Provides... view more

BENTONE® OC by Elementis acts as a rheological additive based on untreated hectorite clay with a defined particle size. It is designed for cost-effective thickening and control of workability & flow... view more

DAPRO® DF 10 by Elementis is a zero VOC foam control agent. Promotes excellent leveling and flow and is readily dispersible in water. It is suitable for adhesives. Typically 0.3-1.0% on total... view more

DAPRO® DF 12 by Elementis is a blend of hydrophobic silica, emulsifiers and organic oil. Acts as a defoamer. It is a zero VOC, opaque off-white to amber liquid that is readily dispersible in water... view more

DAPRO® DF 15 by Elementis is a mixture of liquid and particulate actives. Acts as a defoamer suitable for aqueous adhesives. Typically used at 0.3-1.0% on total weight, but should be optimized by... view more

DAPRO® DF 21 by Elementis is a blend of hydrophobic silica, emulsifiers and mineral oil. Acts as a defoamer readily dispersible in water. Suitable for water-borne adhesives. Typically used at... view more

DAPRO® DF 31 by Elementis is a blend of hydrophobic particle, emulsifiers and mineral oil. Acts as a defoamer for water-borne adhesives. Typically used at 0.1-1.0% on total weight, but should be... view more

DAPRO® DF 420 by Elementis is a water dispersible, non-explosive defoamer. Exhibits excellent persistence and compatibility. Suitable for aqueous adhesives. Complies with REACH, TSCA, EINECS, DSL... view more

DAPRO® DF 81 defoamer by Elementis is a blend of glycols and mineral hydrocarbons. Imparts excellent foam control properties in aqueous foaming media. Suitable for aqueous adhesives. Typically used... view more

DAPRO® DF 99 by Elementis is a blend of esters, glycol, organo-metallic salt and mineral oil. Acts as a defoamer for aqueous adhesives. Typically used at 0.3-1.0% on total weight, but should be... view more

DAPRO® FX 514 by Elementis is a VOC-free, low odor, ester-based plasticizer. Shows excellent film formation, scrub resistance, excellent color acceptance, improved gloss and open-time. Exhibits... view more

DAPRO® W-77 by Elementis is a water-borne interfacial surface tension modifier for adhesive applications. Improves substrate wetting, reduces defects caused by low surface tension additives and... view more

DAPRO® W-95HS by Elementis is a silicone-free, surface tension modifier for water-borne adhesives. It is highly efficient, eliminates or diminishes film defects and offers excellent recoatability... view more