External wall insulation system
Negotiable
China
East side of Shili Haizhong 2nd Road, North side of Miaonan Road, Small and Medium Enterprise Park, Caofeidian District, Hebei Province
+86 03158790666
Online Contact
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Product Introduction

External wall insulation rock wool boards, used as fireproof insulation materials, are mainly applied in external wall insulation thin plaster systems and dry-hanging curtain wall insulation systems. They possess good compressive strength and tensile strength perpendicular to the surface, as well as excellent water repellency and moisture resistance, making them suitable for various solid structures like masonry or concrete base walls.

Product Specifications

Size

Density (kg/m³)

100-180

Thickness (mm)

30-150

Dimensions (length × width)(mm × mm)

1200 × 600

Note: can be customized, if you need other specifications, please consult the company

Standard Specification-Enterprise Grade

Enterprise grade

Conform to standard

Characteristics and main indicators

HLGW-A301

American Standard

ASTM C612-14

High temperature resistance

Black cotton, high temperature resistance above 760 ℃

HLDL-A302

Low chlorine

M k≥1.8,cl -≤10mg/kg

HLGQ-A303

High strength

M K≥ 1.8, high temperature resistance above 649 ℃

HLGQ-A304

High strength aluminum foil

M k≥ 1.8, high temperature resistance above 649 ℃

HLGW-G301

National Standard

GB/T 25975-2018

High temperature resistance

Black cotton, high temperature resistance above 760 ℃

HLDL-G302

Low chlorine

M k≥1.8,cl -≤10mg/kg

HLGQ-G303

High strength

M k≥ 1.8, high temperature resistance above 649 ℃

HLTB-G304

High strength aluminum foil

M k≥ 1.8, high temperature resistance above 649 ℃

Main performance and technical indicators

Indicators

IA type

IB Type

Type II

Type III

I V a type

IVB type

V type

Class A and B

Maximum operating temperature, °F (°C)

450

(232)

450

(232)

850

(454)

1000

(538)

1200

(649)

1200

(649)

1800

(982)

Maximum apparent thermal conductivity, Btu in./h ft2 ° F(W/m K)

Average temperature, F(℃)

Apparent thermal conductivity, Btu in./h ft2 ° F(W/m · K)

25(-4)

0.22

(0.032)

0.21

(0.030)

0.21

(0.030)

0.21

(0.030)

0.21

(0.030)

0.23

(0.033)

0.44

(0.063)

75(24)

0.26

(0.037)

0.26

(0.037)

0.25

(0.036)

0.25

(0.036)

0.25

(0.036)

0.24

(0.035)

0.45

(0.064)

100(38)

0.28

(0.040)

0.27

(0.039)

0.27

(0.039)

0.27

(0.039)

0.27

(0.039)

0.25

(0.036)

0.45

(0.064)

200(93)

0.36

(0.052)

0.34

(0.049)

0.35

(0.050)

0.35

(0.050)

0.34

(0.049)

0.30

(0.043)

0.47

(0.068)

300(149)

0.46

(0.066)

0.42

(0.060)

0.44

(0.063)

0.44

(0.063)

0.4.4

(0.063)

0.36

(0.052)

0.49

(0.071)

400(204)

   

0.55

(0.079)

0.55

(0.079)

0.55

(0.079)

0.42

(0.061)

0.52

(0.075)

500(260)

   

0.70

(0.101)

0.70

(0.101)

0.70

(0.101)

0.53

(0.076)

0.55

(0.080)

600(316)

     

0.90

(0.130)

0.85

(0.123)

0.63

(0.091)

0.59

(0.085)

700(371)

       

1.00

(0.144)

0.75

(0.108)

0.63

(0.091)

800(427)

           

0.67

(0.097)

Minimum compressive resistance at 10% deformation, lb/ft²(kPa)

Category 1

No crush resistance requirement

Category 2

N.A.C

25(1.2)

25(1.2)

12(0.6)

50(2.4)

50(2.4)

1000(48)

Linear shrinkage at maximum service temperature,%

2.0

2.0

2.0

2.0

2.0

2.0

4.0

Maximum water vapor absorption rate,%

5.0

5.0

5.0

5.0

5.0

5.0

5.0

Surface burning characteristics:

 

Maximum flame index

25

25

25

25

25

25

25

Maximum value of smoke formation

50

50

50

50

50

50

50

Balls (by weight) maximum,%

25

25

25

25

25

25

25