Galvilite Repair Coating

Galvilite

Galvilite is widely used without topcoat in place of hot-dip galvanizing. Specially formulated for repair of damaged hot-dip galvanising Galvalume® and Zinc metallizing, re-galvanizing worn hot-dip galvanising, repair of weldments, and repair of damaged inorganic zinc coatings. Excellent for long-term protection of structural steel, water and waste facilities, power plants, transmission towers and antennae, steel decking and bridges, and numerous OEM uses.

ZRC Galvilite® Galvanizing Repair

  • Designed specifically for field and shop repair of hot dip galvanising
  • Silver finish closely blends in with the colour of new hot-dip galvanizing
  • Meets and exceeds galvanising repair specifications ASTM Des. A 780, SSPC-Paint 20 and DOD-P-21035A
  • Industry-leading 95% zinc in the dried film
  • Single-component
  • Apply by brush or roller
  • Meets VOC standards

 

galvilite

 

 
TYPE: Single pack, premixed, ready-to-apply, liquid organic zinc compound with a shiny finish to closely approximate the colour of hot-dip galvanizing  
 

GALVILITE GENERAL PROPERTIES:

Galvilite® is a high-quality cold galvanizing compound based on a trade secret organic binder which affords true galvanic anti-corrosion protection to metals.

 

The dried film of GALVILITE is 95% metallic zinc.

 

GALVILITE is the only coating of its type to be recognised under the Component Program of Underwriter's Laboratories

 

GALVILITE RECOMMENDED USES:

Galvilite is widely used without topcoat in place of hot-dip galvanizing. Specially formulated for repair of damaged hot-dip galvanising Galvalume® and Zinc metallizing, re-galvanising worn hot-dip galvanising, repair of weldments, and repair of damaged inorganic zinc coatings. Excellent for long-term protection of structural steel, water and waste facilities, power plants, transmission towers and antennae, steel decking and bridges, and numerous OEM uses.  

 

SUBSTRATES: Apply to properly prepared carbon steel, cast iron, hot-dip galvanized, and aluminium surfaces.

 

NOT RECOMMENDED: For Contact with potable water, strong acids or strong alkalis



TEMPERATURE RESISTANCE (non-immersion):
Continuous: 350°F max/177°C max
Non-Continuous: 750°F max/399°C max



SALT FOG EXPOSURE: 2,852 Hours (ASTM B117)



PROHESION/QUV EXPOSURE: 2,000 Hours (ASTM D5894)