TECHNICAL DATA SHEET QUAKERCOAT® 547
TUBE AND PIPE PROTECTIVE COATING
QUAKERCOAT® 547 is a solvent-based, high solids coating intended for use as a decorative corrosion inhibiting coating on metal, particularly tube and pipe surfaces.
Benefits
Applications
igh solids technology results in greater coating • Hcoverage per gallon of product, thus reducing
Use standard air spray or airless spray equipment. Clean equipment with appropriate solvent while residue is still wet.
ostly surface corrosion is inhibited because of • Cinherent consistent film uniformity
Compatibility Quaker Houghton also provides the full range of fluids for the manufacture of tube & pipe. This includes coolants for forming and sawing, cleaning compounds and corrosion preventives for in-process and final corrosion protection. Consult your Quaker Houghton representative.
Health, Safety and Handling
applied coating costs
lean-up costs are minimized due to drying • Cproperties and minimal drain-off and drippage elatively low VOC content allows use in many • Rlocations where VOC limitations are stringent
Properties - Coating PROPERTIES
TYPICAL VALUE
Please consult the Safety Data Sheet (SDS) for information on storage, safe handling and disposal. The conditions or methods of handling, storage, use and disposal of the product are beyond our reasonable control - we assume no liability for any ineffectiveness of the product or any injury or damage, arising out of or in connection with these conditions.
Appearance
Amber Liquid
Properties - Cured Film CURED FILM Dry Time (Tack Free) *
40 - 50 mins
Abrasion Resistance
Very Good
Corrosion Resistance Salt Fog (ASTM B117)
Excellent
Chemical Resistance
Very Good
Recommended Dry Film Thickness
1.0 - 1.4 mils
Recommended Wet Film Thickness
2.2 - 3.0 mils
Pounds per gallon at 60ºF
7.68
lbs/gal
42 | >107
°C | °F
15 - 25
secs
VOC (Excluding Water and Exempts)
3.5 420
lbs/gal gms/liter
Coverage at 1.0mil Dry Film
738
ft2/gal
Volume Solids
46%
Weight Solids
54%
Flash Point via TCC Viscosity at 77 F (#3 Zahn Cup) o
* Affected by air temperature, humidity, volume or air movement across drying surface.
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UNIT
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