CORROCOAT Armagel

Product Number
CTARGCOR20
Two-component, cold cured, abrasion resistant vinyl ester copolymer filled with special glass microflakes and silicon carbide. The material is primarily designed for submerged environments where good chemical resistance combined with abrasion resistance is required. Detail description
Hue
špinavě bílá (off white) skvrnitá
CONSUMPTION CALCULATOR
μm
%
liters
%
Variants
20l

CORROCOAT Armagel is formulated primarily for submerged environments where good chemical resistance combined with abrasion resistance is required. It is most commonly used on the inner surfaces of pipelines, tank liners, pump internals, etc. Available shades: off white or mottled. Other colours are available on request, but the addition of pigment can adversely affect chemical resistance and colour fastness.

CORROCOAT is a world-leading brand in corrosion protection technology with its own research and development of materials. The company was founded in 1975 in the United Kingdom and operates on six continents through a network of more than 35 licensed partners. In many countries around the world, CORROCOAT materials are specified as the industry standard. CORROCOAT uses innovative mechanical engineering combined with corrosion protection technology to ensure long-term protection for both new and damaged equipment. Thanks to a focus on quality, the developed processes are a proven, cost-effective solution that enables long-term success in the fight against corrosion. Learn more about the product at www.corrocoat.cz.

Manufacturer: Corrocoat
Temperature limit for diving: 100°C
Temperature limit outside the dive: 185°C
Recommended dry film thickness: between 1 250 and 3 000 microns depending on the application
Catalyst type: Methyl ethyl ketone peroxide special blend Corrocoat P2-45
Dry matter content: 99%
Mixing ratio: base : catalyst 98 : 2 (weight ratio)
Available shades: off white, mottled

03-60-CORROCOAT-ARMAGEL-UL-rev-rijen-20-stav-k-02_2025.pdf Download
CORROCOAT-POLYGLASS.pdf Download
CORROCOAT-KONCEPCE-STROJNIHO-INZENIRSTVI.pdf Download