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Coatings Ingredients
The material selection platform
Coatings Ingredients
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Terlon™

Coatings ingredients supplied by Lawter

17 products match your search
Product Name
Supplier
Description
Terlon™ 1114 A by Lawter is a specialty alkyd. Is unique for most printing ink alkyds in that its oxidizing-drying fraction is based on conjugated fatty acids. Also imparts a pale color, improved... view more
Terlon™ 1143 A is a drying oil modified linear polyester by Lawter. It shows excellent pigment wetting ability and fast hard-drying. It offers improved water pickup & improved transferability. It... view more
High viscosity, light-colored alkyd. Although based on soya oil, the linolenic (yellowing) content of it is less than that of most soya alkyds. Offers the color stability for low-bake metal deco... view more
Linseed-based alkyd. Has very good pigment wetting ability and fast hard-drying properties. Is an essential ingredient in many oilbased printing inks. Metal decorating inks based on this alkyd bake... view more
Terlon™ 303 A by Lawter is a linseed oil-based alkyd resin. It can carry and print a higher load of pigment than bodied oils and conventional alkyds. Possesses excellent pigment wetting & fast and... view more
Terlon™ 307 A by Lawter is a linseed-based alkyd with excellent pigment wetting ability and fast hard-drying properties. It can carry and print a higher load of pigment than bodied oils as well as... view more
Linseed-based alkyd. Has very good pigment wetting ability and fast hard-drying properties. Can carry and print a higher load of pigment than bodied oils as well as conventional alkyds. Also... view more
Soybean oil alkyd. Shows good color retention characteristics and hence is recommended for use in heat induced drying applications. Can carry and print a higher load of pigment than bodied oils and... view more
Soybean oil alkyd. Offers good pigment wetting and excellent non-yellowing properties. Improves the adhesion, transfer and tack stability. Shows good color retention characteristics and hence is... view more
Soybean oil alkyd. Can carry and print a higher load of pigment than bodied oils and conventional alkyds. Shows good color retention characteristics and hence is recommended for use in heat induced... view more
Soybean oil alkyd. Can carry and print a higher load of pigment than bodied oils and conventional alkyds. Shows good color retention characteristics and hence is recommended for use in heat induced... view more
Linseed alkyd. Offers very good pigment wetting ability and fast hard-drying properties. Has ability to develop and maintain color strength with minimal bronzing as well as to provide flow and... view more
Linseed-based alkyd. Has very good pigment wetting ability and fast hard-drying properties. The unique polyols used to build its structure allow it to carry and print a larger load of pigments than... view more
Linseed-based alkyd polyester. Has very good pigment wetting ability and fast hard-drying properties. The unique polyols used to build its structure allow it to carry and print a larger load of... view more
Soybean oil alkyd. Can carry and print a higher load of pigment than bodied oils as well as conventional alkyds. Shows good color retention characteristics and hence is recommended for use in heat... view more
Linseed-based alkyd polyester. Has very good pigment wetting ability and fast hard-drying properties. The unique polyols used to build its structure allow it to carry and print a larger load of... view more
Soya-based alkyd polyester. Dries faster and form tougher, color stable films. Can carry and print a larger load of pigment than bodied oils as well as conventional alkyds. Shows equivalent color... view more
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