AOC Atlac?382H Corrosion Resistant Bisphenol A Fumaric Acid Unsaturated Polyester Resin

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Corrosion-resistant bisphenol A fumaric acid unsaturated polyester resin
Atlac? 382H resin-based products offer excellent resistance to high temperatures and exhibit broad resistance to corrosive inorganic acids, salts and alkali solutions.

Characteristic performance

Wide resistance to corrosive inorganic acids, salts and alkali solutions

Good weather resistance

High Temperature Resistant Application Environments

Suitable for food contact applications

typical application

Atlac? 382H is suitable for pipes, storage tanks, automotive components, ships and countermolded and other molded products requiring high mechanical properties. Atlac? 382H is suitable for hand lay-up, winding, RTM and pultrusion, cast grating and other molding processes.Atlac? 382H is suitable for the manufacture of all types of fiberglass reinforced plastic (FRP) chemical installations including storage tanks, chemical vessels, pipe chimneys, as well as lining materials such as steel, aluminum, and concrete, for the production of corrosion-resistant floors, glass scale coatings, etc. The material is suitable for room temperature curing in a variety of processes. Atlac? 382H is suitable for a wide range of room temperature curing processes. Hand lay-up, winding, spraying, cold molding and RTM.

Product Indicators

performances	numerical value	unit (of measure)	Test Methods
exterior condition	quiet	-	TM_2265
Solid content	50-54	%	TM_2033
Infrared Drying Viscosity @23℃	400-550	mPa.s	TM_2013
Gel time (25°C to 35°C)	5-12	minutes	TM_2625

Notes:
Reactivity test: 100g of resin with 1.5g of M50 (Nouryon), 0.5g of NL- 51P (Nouryon, 6%Co ) and 1g of NL 63-10P (10%DMA).

Typical Properties of Liquid Resins

performances	numerical value	unit (of measure)	Test Methods
flash point	33	°C	TM 2800
Storage period, no depolymerization inhibitor, protected from light, -25°C	6	Month	-

Typical Properties of Pure Resin Casting Body

performances	numerical value	unit (of measure)	Test Methods
tensile strength	70	MPa	ISO 527-2
tensile modulus	3.3	GPa	ISO 527-2
Tensile elongation at break	3.0	%	ISO 527-2
bending strength	115	MPa	ISO 178
bending modulus	3.3	GPa	ISO 178
Heat Distortion Temperature HDT	125	°C	ISO 75 Ae
Glass transition temperature Tg	155	°C	ASTM D570

Curing conditions
Curing system: 100g resin with 1.5g M50 (Nouryon), 0.5g NL-51P (Nouryon, 6%Co ) and 1g NL 63-10P (10%DMA). Curing conditions: 24 hours at room temperature, 24 hours at 80°C, and 3 hours at 120°C.

Process Operation Guide

Atlac? 382H is a bisphenol A fumaric acid resin and contains no accelerators; cobalt accelerators should be added for use. At the same time, an appropriate amount of amine accelerator should also be added. Curing agent can be used MEKP, the amount of 1.5 ~ 3.0%. should ensure that the curing agent in the effective period.

For low-temperature curing (below 10°C) or low-exothermic curing processes (e.g., thick products), MEKP (AAP) + cobalt liquid + DMA is recommended, respectively.

Post-curing: Post-curing is necessary to obtain full thermal and chemical resistance of Atlac? 382H. Recommended conditions are post-curing at 90 to 100°C for 3 to 6 hours. Lower temperatures are inefficient and too high temperatures may cause the product to become brittle. Post-curing The product should be aged at room temperature for at least 24 hours before curing. It takes 1 year for the product to fully cure at room temperature.

We offer our products for sale in mainland China (in compliance withRegulations on the Administration of Internet Sales of Hazardous Chemicals ) and some of the products of the global export services, providing dangerous goods packaging containers, "outbound dangerous goods transportation packaging use identification results list", "outbound cargo inspection and quarantine" and other export procedures.
We have rich experience in exporting hazardous chemicals, covering Class 5.2 (including products for cold chain transportation), Class 3 and Class 9 dangerous goods. Our services have been extended to more than 40 countries worldwide, including the Middle East, Central Asia and Eastern Europe.

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