IC-100 UV
EPOXY UV STABLE

IC-100 UV is two component medium UV stable epoxy system designed to maintain the integrity of concrete surfaces where medium UV stability is required. It shows very good mechanical properties and excellent aesthetic appearance.
Advantages
  • Medium UV-stable epoxy coating
  • Low odor, solvent-free
  • 100% solids with aesthetic finish
  • Seamless, bacteria- and moisture-resistant surface
  • Good chemical and physical resistance

Parameter

Value

Packaging

11.35 L (3 US gal), 56.7 L (15 US gal)

Color

Part A: Upon Request; Part B: Clear to Amber

Mix Color

Upon Request

Mix Ratio (by volume)

A:B = 2:1 (100:50)

Mix Ratio (by weight)

Clear: 100:41–48; Colors: 100:39–45

Gel Time (454g @ 25°C)

50–60 minutes

Solids Content

100% (weight & volume)

VOC

Not specified

Viscosity @ 25°C

Clear: A: 1000–1200, B: 125–225, Mix: 900–1100 cP

Colors: A: 1200–1400, B: 122–225, Mix: 900–1100 cP

Specific Gravity

Clear: A: 1.10–1.15, B: 0.9–1.0

Colors: A: 1.15–1.20, B: 0.9–1.0

Thinner Recommended

Xylene

Shelf Life

12 months (sealed, away from moisture/extremes)


Use

Recommended Thickness

Coverage

Primer

6–8 mils


Finish Coat

8–12 mils

~200 ft²/gal @ 8 mils


Test

Value

CAN/ULC S102, ASTM E84

Flame Spread: 5; Smoke: 94 (Class A)


Property

Value

Bond Resistance (ASTM D4541)

268 psi (substrate ruptures)

Hardness (Shore D, ASTM D2240)

80–85

Abrasive Resistance (CS17 / 1000g / 1000 cycles)

0.10 g loss

Tensile Strength (ASTM D638)

5500 psi

Compressive Strength (ASTM D695)

6800 psi

Elongation (ASTM D638)

6.7%

Permeability (ASTM D570)

0.3%


Substrate Temp

Foot Traffic

Light Traffic

Full Cure

10°C (50°F)

N.A.

N.A.

N.A.

20°C (68°F)

24 hrs

3 days

7 days

30°C (86°F)

16 hrs

2 days

5 days


Restrictions
  • Application temperature: 15°C–30°C (59°F–86°F)
  • Max relative humidity: 85%
  • Substrate must be dry (<4% moisture)
  • Avoid use on porous surfaces prone to humidity transfer
  • Protect from moisture/condensation during first 24 hrs of cure
  • Surface may discolor under UV exposure