Gabriel Versamid® 140 Polyamide Resin

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Gabriel Versamid® 140 Polyamide Resin
Categories:	Polymer; Thermoset
Material Notes:	Versamid® products have proven to be superior coatings resins in many applications, such as industrial maintenance and marine coatings, high-performance architectural paints and high-solids and conventional coatings. Advantages: Highly resistant to chemical and water corrosion Strong adhesion to a variety of substrates Long pot life Lower sensitivity to substrate impurities Most comply with FDA regulations Principal Applications: Coatings, castings, potting, laminating and adhesives Comments/Advantages: Moderately low-viscosity, excellent chemical resistance Information provided by Gabriel Chemical.
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Physical Properties	Original Value	Comments

Density	8.00 lb/gal
Solids Content	100 %	Theo
Viscosity	8000 - 12000 cP

Mechanical Properties	Original Value	Comments
Tensile Strength	6400 psi	After 7 days 25°C cure
Elongation at Break	3.8 %	After 7 days 25°C cure
Flexural Strength	13600 psi	After 7 days 25°C cure
Flexural Modulus	326000 psi	After 7 days 25°C cure
Compressive Strength	11400 psi	After 7 days 25°C cure

Thermal Properties	Original Value	Comments
Glass Transition Temp, Tg	<= 93.0 °C

Optical Properties	Original Value	Comments
Gardner Color Number	<= 8.0

Processing Properties	Original Value	Comments
Cure Time	390 min	Tack Free Time; 3 wet mils
	720 min	Through Cure; 3 wet mils
Pot Life	210 min	60% solids
Gel Time	135 min	200 mg Mass

Descriptive Properties
Amine Value	370-400	[mg KOH/g]
Chemical Resistance to 10% Acetic Acid	11.58	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to 10% H4SO4	1.29	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to 10% HCl	0.92	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to 10% NAOH	0.47	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to Ethanol	5.36	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to MEK	DES	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Resistance to Xylene	13.36	% weight gain after a 7 day 25°C cure followed by 21 days immersion at 25°C
Chemical Type	Polyamide
PHR for Max DSC, Tg	51	190 EEW Epoxy
Theo Amine Hydrogen Equl Wt.	97

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PGABR979 / 230680

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