Performance Additives

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Inks, Coatings & Plastics

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end-product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end-product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties

These microspheres consist of an acrylonitrile copolymer shell which encapsulates a high boiling point liquid. Upon mixture in your formula and application of heat, the microspheres expand to form a low density, foamed layer.

These microspheres consist of a polyacrylonitrile shell that encapsulates a low boiling point liquid. Upon application of heat, the microspheres expand to form a low density foam in systems that incorporate these microspheres.

These microspheres consist of an acrylonitrile copolymer shell which encapsulates a high boiling point liquid. Upon application of heat, the microspheres expand to form a low density, foamed layer in systems that incorporate these microspheres.

Upon application of heat, the microspheres expand to form a low density, foamed layer in systems that incorporate these microspheres.

Upon application of heat, the microspheres expand to form a low density, foamed layer in systems that incorporate these microspheres.

Upon application of heat, the microspheres expand to form a low density, foamed layer in systems that incorporate these microspheres.

Upon application of heat, the microspheres expand to form a low density, foamed layer in systems that incorporate these microspheres.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end-product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualite can provide these benefits while often maintaining end product properties.

Dualite Low Density Microspheres have shown utility in a variety of end uses, including plastics, coatings and adhesives. Dualite can reduce product weight and lower volume costs by extending or displacing more costly resins. Dualites can provide these benefits while often maintaining end product properties.

ETHANOX 310 antioxidant is useful in stabilizing polyolefins and other plastics, elastomers, adhesives, resins, oils, and other organic substrates subject to oxidation.

It is safe and effective for use in a wide variety of polymers. If your polymer is sanctioned by the FDA for use in indirect food contact, that sanction will be maintained with the use of ETHANOX 330 antioxidant.* Its superior effectiveness and overall stability means that its use in most polymers greatly improves their capacity to process without degradation and to stand up to demanding long-term applications.

It is useful in stabilizing polyolefins and other plastics, elastomers, adhesives, resins, oils and other organic substrates subject to oxidation

It is a highly effective additive for suppressing the formation of acidic and insoluble products of oil oxidation. Engine applications include passenger car, heavy duty diesel, medium speed diesel, natural gas, aviation, two stroke, marine, and automatic transmission fluids. Industrial uses include turbine, compressor, hydraulic, slideway, quench and gear oils, metalworking fluids, and greases.

Applications include steam turbine oils, R&O oils, hydraulic fluids, transformer oils, industrial gear oils and grease.

ETHAPHOS 326 is recommended for use in polyethylene, polypropylene, ethylene-vinylacetate copolymers, polystyrene, polyesters, polyvinyl chloride, and other thermoplastics and elastomers to provide processing stability.

ETHAPHOS 368 antioxidant is approved by the FDA for use in indirect food contact applications*. ETHAPHOS 368 antioxidant can be used in combination with phenolic antioxidants, acid neutralizers, UV stabilizers and other functional additives.

Armoslip CP provides excellent slip effect and moderate anti-blocking performance. It is the most frequently used slip additive for PE film applications.

Armoslip CPV provides excellent slip effect and moderate anti-blocking performance. It is the most frequently used slip additive for PE film
applications.

When Armoslip E is thoroughly mixed with a polymer it reduces friction between the polymer and the processing equipment and also between polymer and polymer surfaces.

Armostat 300 gives sustained antistatic action and is especially effective in film applications also due to its relative fast migration.

Armostat 300 is an internal antistatic additive that can be used in various polymers such as PE, LDPE, and PP.

Ethaphos 368 antioxidant is approved by the FDA for use in indirect food contact applications*. Ethaphos 368 antioxidant can be used in combination with phenolic antioxidants, acid neutralizers, UV stabilizers, and other functional additives.

Geniosil® GF 82 is mainly used in the treatment of inorganic fillers (e.g. glass, mineral and glass wools, ATH, kaolin, mica, metallic oxides) for various polymer types, such as epoxy resins, urethane, melamine resins, EPDM, and for polysulfides, as a component of electronic potting compounds, as an additive or primer in coatings, paints, adhesives and sealants, and as a component of inorganic polysiloxane-based coatings.

Used in critical engineering and high end performance polymers and elastomers to improve wear resistance and low coefficient of friction and improve abrasion and tear resistance.

Used in critical engineering and high end performance lubricants to improve thickening effect, lubricity, and corrosion and temperature resistance.

Used in critical engineering and high-end performance elastomers and coatings to improve abrasion and tear resistance as well as non-stick properties

Used in critical engineering and high end performance plastics applications to improve wear resistance and reduce the coefficient of friction.

Critical high temperature engineering and high performance polymers.

Critical high temperature engineering and high performance polymers to provide improved wear resistance and low coefficient of friction.