Exactly Discount Rust Oleum Alkythane Metal Paint

RUST-OLEUM® Alkythane 7500 series coatings are based on a urethane modified alkyd, providing good drying properties at low temperatures. The coatings are lead- and chromate-free and contains rust-inhibitive pigments (except for 7510 clear) for additional protection.

Recommended Uses:
Should be applied on metal surfaces primed with RUSTOLEUM Alkyd primers.
Intended for brush and roller application and can also be applied by spray.
On properly primed or previously coated surfaces RUST-OLEUM Alkythane 7500 offers corrosion protection in a light industrial environment.
For metal structures in a more aggressive industrial environment, application of an additional RUST-OLEUM Alkyd primer or Alkythane 7500 finish is recommended.

Specifications:
Size: 1 litre
Appearance: High gloss, Satin, Flat (black and white).
Colour: Light Blue
Satin and High gloss are also available as tint base.
Density: High gloss/flat: 1.07 kg/l. ± 0.09 depending on colour
Satin: 1,23 kg/l. ± 0,10 depending on colour
Solids Content: High gloss/flat: 52.5% by volume ±2.0 depending on colour
Satin: 50,6 volume % ± 2,0 depending on colour
Viscosity: High gloss/flat: 100 – 104 KU / Krebs Stormer Units at 20°C
Satin: 86 – 91 KU /Krebs Stormer Units bij 20°C
Recommended film thickness: 50 ìm dry, equals 95 ìm wet
VOC-content: 392 g/l max.
Ready-to-use mixture: 500 g/l max.
Category: A/i
EU Limit values: 600 g/l (2007) / 500 g/l (2010)

Drying times:
20°C/50% r.h. – To touch: 2 hours / Tack-free: 4 hours / To handle: 8 hours / To recoat: After 16 hours / Full hardness: 7 days
5°C/60% r.h. – To touch: 3 hours / Tack-free: 6 hours / To handle: 16 hours / To recoat: After 24 hours / Full hardness: 14 days
30°C/50% r.h. – To touch: 1 ½ hour / Tack-free: 3 hours / To handle: 6 hours / To recoat: After 8 hours / Full hardness: 5 days
Heat resistance: 90°C (dry heat), at elevated temperatures discoloration may occur.

Coverage:
Theoretical: 10.5 m²/l at 50 ìm dry, depending on colour.
Practical: Practical coverage depends on many factors such as porosity and roughness of the substrate and material losses during application.