SYNTHALAT A 192

Product families

Other characteristics

Brand

SYNTHALAT

Compatible Substrates & Surfaces

Ceramic, Metal

Usage

In combination with aliphatic polyisocyanates for air- and stove-drying coatings for metals. These types of two-component coatings are preferable wherever maximum resistance to chemicals and weathering are required.

Carrier

Solvent-based

Markets

Paints & Coatings

Catalysis

To accelerate drying, organometallic compounds may be added. Good results have obtained with dilbutyltin dilaurate in a ratio of 0.1-0.5% DBTL - 1% in xylene (solid).

Cure

Chemical Cure

Supplied As

60% in ethoxy propyl acetate

Pigmentation

SYNTHALAT-A 192 has a high pigment loading and a very good pigment wetting. All neutral pigments and fillers are suitable for pigmentation. Basic pigments and pigments containing soluble metallic compounds may exert a catalytic effect on curing and shorten the pot life of finished mixed batches.

Technology

CASE Ingredients

Labeling Claims

• APEO-free
• Formaldehyde-free

Compatible Substrates and Surfaces

• Ceramic
• Metal

Mixing ratio with poly-isocyanates

Assuming equivalent reaction of the reactive groups (NCO : OH = 1:1), the following formula applies for the calculation of the amount of polyisocyanate to be added (relative to 100 parts by weight of SYNTHALAT-A 192, solid): 42 X 100 X 5.7 17 X NCO % 42 = molecular weight of the NCO group 17 = molecular weight of the OH group 5.7 = hydroxyl content of SYNTHALAT-A 192 in % relative to non-volatile components.

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