CORROCOAT Corroglass AR4

Product Number
CTAR4COR10
CTAR4COR20
Two-component, cold curing brominated vinyl ester-acrylic copolymer filled with special glass microflakes. Corroglass AR4 is specially designed for maximum resistance to alkaline environments, e.g. sodium hydroxide and sodium hypochlorite. Detail description
Hue
off white translucent brown
CONSUMPTION CALCULATOR
μm
%
liters
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Variants
10l 20l

Corroglass AR4 is specially formulated for maximum resistance to alkaline environments, e.g. sodium hydroxide and sodium hypochlorite, with a modified resin base and hardener to ensure optimum durability in these chemically demanding environments. Available shades: off white or translucent brown. Other colours are available on request, but the addition of pigment can adversely affect chemical resistance and colour fastness.

CORROCOAT is the world's leading brand in anti-corrosion technology with in-house research and development of materials. Founded in 1975 in the UK, the company operates on six continents around the world through a network of more than 35 licensed partners. In many countries around the world, materials are specified as an industry standard. CORROCOAT uses innovative mechanical engineering combined with anti-corrosion technology to provide long-term protection for both new and damaged equipment. With a focus on quality, the processes developed are a proven, cost-effective weapon to win the battle against corrosion in the long term. More about the product at www.corrocoat.cz.

Manufacturer: Corrocoat
Temperature limit in the immersion: 82°C, dependent on concentration and type of chemical environment
Temperature limit outside the immersion: 130°C
Recommended thickness of dry coating: 500 to 3,000 microns depending on operating conditions
Type of catalyst: methyl ethyl ketone peroxide special compound Corrocoat AR4
Dry matter volume: 99%
Mixing ratio: base : catalyst 98 : 2 (weight ratio)
Available shades: off white, translucent brown

01-15-CORROGLASS-AR4-UL.pdf Download
CORROCOAT-KONCEPCE-STROJNIHO-INZENIRSTVI.pdf Download