ADDAPT® PolySurF™ ACE

ADDAPT® PolySurF™ ACE is the acrylic acid adduct of the epoxy ester of versatic acid. It is used as a solvent free additive in paints, lacquers, printing inks, and adhesives to provide benefits such as acid resistance, high gloss, pigment wetting, and UV stability.

Supplier profile

Documents

No document is attached to this grade yet.

Where it is used

Availability

ADDAPT Chemicals BV publishes documents in the marked regions.

Supplier details

ADDAPT Chemicals BV lists this grade in the Chemicals DB directory.

More grades from ADDAPT Chemicals BV

Also from ADDAPT Chemicals BV

ADDAPT® Anticor™ A40

ADDAPT® Anticor™ A40 is a proprietary blend of polyhydroxy amides. It is used as a water-soluble multi-metal anti-corrosion additive in coatings, printing inks, lubricants, textile fluids, and cleaners. This product is completely soluble in water, biodegradable, and is not restricted by the hardness of the water.

ADDAPT® Anticor™ A65N

ADDAPT® Anticor™ A65N is a proprietary blend of organic acids salts and silanes. It is used as a water-soluble multi-metal anti-corrosion additive in coatings, printing inks, lubricants, textile fluids, and cleaners. This product controls the amount of pitting on the metal surface, is biodegradable, and is not restricted by the hardness of the water.

ADDAPT® Anticor™ A84

ADDAPT® Anticor™ A84is a proprietary blend of organic acid salts and silanes. It is used as a multi-metal anti-corrosion additive and helps control the pitting on the metal surface. This product is biodegradable, completely soluble in water, and not restricted by the hardness of the water. It is used in coatings, printing inks, lubricants, textile fluids, and cleaners.

ADDAPT® Anticor™ L 4783

ADDAPT® Anticor™ L 4783 is a proprietary blend of polyhydroxycarbonate and silanes. It is used as a multi-metal anti-corrosion additive in coatings, printing inks, lubricants, textile fluids, and cleaners. This product is non-foaming, biodegradable, soluble in water, and is not restricted by the hardness of water.