Technical Data Sheet -...

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Low VOC Fire Resistant Coating Properties Color Operating Temperature Curing Condition Adhesion Specific Gravity Base Slightly Opaque 20ºC ~ 1,000ºC 24H at 20ºC KS F 4715:2007 1.3 ~ 1.4 g/cm Sodium Silicate Fire Resistant Coating Performance Application Easily applied by brush, roller and airless sprayer Best applied in conjunction with primer and top coat Excellent FR Performance Hard Durable Finish Brush, Roller, Airless Sprayer Non-Toxic / Low Odour Safety & Environment Non-toxic Key Benefits JIOS AeroVa is a registered trademark of JIOS Aerogel Ltd. © 2015 JIOS Aerogel Ltd. JIOS AeroV a Fire Resistant Coating Technical Data Sheet -mail Viscosity (cPs) Application Method 500 ~ 2,000 Brush, Roller, Airless Sprayer JIOS AeroVa ® Fire Resistant Coating is a premium quality water-based intumescent coating, which provides excellent fire resistance properties. The coating utilizes a specialized chemistry between silica aerogel and sodium silicate to create a dense fire barrier when exposed to flame. JIOS AeroVa ® FR Coating is low VOC, easy to apply and is suitable for a wide variety of applications. 3 Water-Based intumescent coating that forms a hard, glassy barrier when exposed to flame Low heat transfer Hard durable finish Environmentally friendly 0 20 30 90 150 60 120 (min) 80 120 160 200 Time (minute) Temperature(˚C) (˚C) 100 140 180 220 20 0 Low odour ~ ~ 180 10 40 50 143.5 103.8 166.8 173.3 169.9 174.8 175.4 181.7 27.0 * Test conducted by JIOS Aerogel in 2014-2015 Test Time (minutes) Back-side Temperature (˚C) 0 27.0˚C 10 103.8˚C 20 143.5˚C 40 166.8˚C 90 169.9˚C 120 174.8˚C 150 175.4˚C 180 181.7˚C * Test Description: Coating was applied to a steel substrate(4.0mm) and torched(direct flame exposure) at a temperature ranging from 700~1,000˚C. Backside temperature was measured using thermocouples in order to determine the temperature difference. -mail 15642 Sand Canyon Avenue. #51537 Irvine, Ca. 92619

Transcript of Technical Data Sheet -...

Page 1: Technical Data Sheet - jiosaerogel.comjiosaerogel.com/.../2017/02/JIOS_AeroVa-Fire-Resistant-Coating_TDS.pdf · Fire Resistant Coating Properties Color Operating Temperature Curing

Low VOC

Fire Resistant Coating Properties

Color

Operating Temperature

Curing Condition

Adhesion

Specific Gravity

Base

Slightly Opaque

20ºC ~ 1,000ºC

24H at 20ºC

KS F 4715:2007

1.3 ~ 1.4 g/cm

Sodium Silicate

Fire Resistant Coating PerformanceApplication

Easily applied by brush, roller and airless sprayer

Best applied in conjunction with primer and top coat

Excellent FR Performance Hard Durable Finish

Brush, Roller, Airless Sprayer Non-Toxic / Low Odour

Safety & Environment

Non-toxic

Key Benefits

JIOS AeroVa is a registered trademark of JIOS Aerogel Ltd.

© 2015 JIOS Aerogel Ltd.

JIOS AeroVa Fire Resistant Coating Technical Data Sheet

-mail

Viscosity (cPs)

Application Method

500 ~ 2,000

Brush, Roller, Airless Sprayer

JIOS AeroVa® Fire Resistant Coating is a premium quality water-based intumescent coating, which provides excellent fire resistance properties. The coating utilizes a specialized chemistry between silica aerogel and sodium silicate to create a dense fire barrier when exposed to flame.

JIOS AeroVa® FR Coating is low VOC, easy to apply and is suitable for a wide variety of applications.

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Water-Based intumescent coating that forms a hard, glassy barrier when exposed to flame

Low heat transfer

Hard durable finish

Environmentally friendly

0 20 30 90 15060 120 (min)

80

120

160

200

Time (minute)

Tem

pera

ture

(˚C

)

(˚C)

100

140

180

220

20

0

Low odour

~~

18010 40 50

143.5

103.8

166.8173.3 169.9

174.8 175.4 181.7

27.0

* Test conducted by JIOS Aerogel in 2014-2015

Test Time (minutes)

Back-side Temperature (˚C)

0

27.0˚C

10

103.8˚C

20

143.5˚C

40

166.8˚C

90

169.9˚C

120

174.8˚C

150

175.4˚C

180

181.7˚C

* Test Description: Coating was applied to a steel substrate(4.0mm) and torched(direct flame exposure) at a temperature ranging from 700~1,000˚C. Backside temperature was measured using thermocouples in order to determine the temperature difference.

-mail

15642 Sand Canyon Avenue. #51537Irvine, Ca. 92619