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◊ INNOTEX EPS
INNOTEX EPS has not only a high adiabatic property which current EPS(Expanded Poly-Styrene) has, but also has a unique property of non-combustible. In addition, it is eco-technological neo material that can be recycled.
Let's experience its excellent quality suitable for all the structures of the 21th century!
  

1. Light Weight, Adiabatic, Fire Retarding
"INNOTEX EPS" has a super ior fire retarding character istic achieved by synergic effect between thermosetting resins and non combustible inorganic matters. It also has a light weight and adiabatic property of EPS in addition, in spite of its burning, its shape can't be destroyed easily and there is no emission of Halogenic gas

2. Intensity requlation
Intensity of "INNOTEX EPS" can be regulated from solid high intensity (high density) to flexible intensity (low density) for various purposes.

3. Free forming into various shapes
"INNOTEX EPS" can be formed into various shapes by Steam molding (automatic molding) process which is generally used for forming of EPS beads. Furthermore, it can be formed into a flat board type by heating & pressing molding process, one of the thermosetting resin molding methods.

4. Low Absorptance and proper air transmission
In spite of its low Absorptance property, "INNOTEX EPS" has a proper air transmission characteristic. it is a important factor to be used as thermal insulation of housing.

5. Recyclability
"INNOTEX EPS" can be recycled by proper process.
• Application example using "INNOTEX EPS"
Thanks to low absorptance and proper air transmission, "INNOTEX EPS" protects the structure with.

• Sub-material for building

outdoor thermal insulation, flooring, ceiling and others
• Decoration sub-material for display
display panel board, partition, light weight insulation door etc.
 
• Others: roof tile etc  


Also "INNOTEX EPS" can be applied as sub-material for motor vehicle etc.

  unit Standard  Steam Molding Product Heat & Preaa
Molding product
Medium Density High Density High Density
Density ㎏/㎡ JIS A 9511 50 70 80
Bending Intensity N/㎠(㎏f/㎠) JIS K 7221 50~55
(5.1~5.6)
55~60
(5.6~6.0)
60~90
(6.2~9.3)
Compression Intensity N/㎠(㎏f/㎠)  JIS K 7220 22~28
(2.3~2.9)
30~35
(3.0~3.6)
50~90
(5.1~9.3)
Combustive Property extiguished
shape conservation
UL94V0 (Foamed material)
사내시험
HF-1
A
HF-1
AA
HF-1
AA
Absorptance  g/100㎠ JIS A 9511 0.2~0.3 0.3~0.8 0.3~0.5
Heat Conductivity  W/m.k
(kcal/m.h.℃)
Transient
hot-wire method
0.0031
(0.028)
0.032
(0.028)
0.037
(0.032)
Moisture Transmission  N/㎠.s.Pa
(gr/㎡/h/mmHg)
JIS A 9511 48~55
(0.021~25)
50~58
(0.023~28)
75~100
(0.037~50)