350-M-00054PL
Zerust AxxaCoat 90B Coating (Black)
![](https://www.ikm.no/getfile.php/13194073-1618810204/Import/new-equipment-catalog/WVCI3/499931.jpg%20%28content%29.jpg)
AxxaCoat™ 90 is a durable corrosion protection coating that can withstand minor nicks and abrasions. The coating has limited self-healing above temperatures of 100°F (38°C). When dry, AxxaCoat™ 90 forms a firm film, and with its color allows user to see where it has been applied.
AxxaCoat™ 90 is excellent for the protection of metals against the elements of unsheltered shipping applications and for long-term outdoor protection. The coating provides excellent indoor protection for metals during shutdown and storage. Use to protect machinery, spare parts and other metal assets from corrosion during shipping or stored long-term indoors and outdoors. Customers wishing to use AxxaCoat™ 90 with their airless sprayer should use AxxaCoat™ 90B HFS version.
- Brush, and limited immersion applications
- Viscosity: 4907 cP viscosity measured at 50 RPM, spindle 64 at RT
- Density at 25°C: 0.88 g/mL
- TBN: 28 mg KOH/g
- Volatile Content ASTM D2369: 45%
- Pounds per Gallon: 7.34
- Wet Film Thickness (mil): 10
- Wet Film Coverage (@10 mil wet): Approx 155 mL/m2
- Dry Film Thickness (mil): Approx 3
- Spray Thickness (mil): N/A
- Flash Point ASTM D93 (B): Approx 147°F (64°C)
- Low Temperature: Pass
- One Pass (mil): N/A
- Protected Substrates: Multimetal protection for ferrous, non-ferrous, and galvanized metals. Not for use on electronics.
- Indoors: Up to 4 years
- Indoors (w/ VCI Packaging): For many years
- Outdoors: Up to 3 years
- Humidity ASTM D1748: Exceeds 3000 hrs
- Salt Spray Fog ASTM B117: Exceeds 3000 hrs
- UV Resistance ASTM G154-C1: Exceeds 500 hrs
- Wind-driven Rain ASTM D6904 Pass (Steel)
- Compatibility with packaging: Check before use
- Storage
- Shipping
- During Operation
- Effective corrosion protection where traditional anti-corrosion methods cannot be used
- Easy to apply, economical to use
- Suitable for new equipment, painted surfaces and to protect the reliability of existing equipment
- Limited self-healing at temperatures above 100°F (38°C)