Reflective Radiant Barrier, Insulating Wallpaper, Insulating Lining Paper, Soundproofing Foam Mat, Flooring Material and more
Structure
- Blocks the radiant heat by applying over 99% purity of Aluminum
- Punching Polyethylene Foam : Blocks the radiant heat by maintaining half vacuum condition
HI-TECH Reflective Radiant Barrier is acknowledged by Korea government safety institute to make sure the product can be used in any place or environment.
We have received several Test Reports of the products to provide accurate product information to our customers.
Core Point of Reflective Radiant Barrier
|
SAFETY Use LG raw material which is harmless to human body and guarantees non detection of 4 major heavy metals |
FLEXIBILITY Use flexible material to work easily on corners so excellently block the flow of heat and cold air |
WORKABILITY Lightweight and easy to cut which allows to work on round building with soft material |
ECONOMIC Reduce industrial wastes and shortens the time of insulating work compare to the past. |
LOW RADIATION Apply over 99% purity of Aluminum Foil to effectively block the radiant heat |
CERTIFICATE HOLDER Provide proper Reflective Radiant Barrier to each area with confidence by holding test reports for all product lines |
Product Specification
|
TYPE |
Product Name |
Thickness |
Width |
Length |
Structure |
|---|---|---|---|---|---|
|
SINGLE-SIDED |
HI-TECH 5000 |
5mm |
1m |
50M |
Silver/Copper PET + PE Foam |
|
HI-TECH 6000 |
6mm |
1m |
50M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam |
|
|
HI-TECH 9000 |
9mm |
1m |
25M |
Silver/Copper Aluminum + PE Foam |
|
|
HI-TECH 7000 |
10mm |
1m |
25M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam |
|
|
HI-TECH 8000 |
13mm |
1m |
25M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam |
|
|
DOUBLE-SIDED |
HI-TECH 6000 |
6mm |
1m |
50M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam + Silver PET |
|
HI-TECH 7000 |
10mm |
1m |
25M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam + Silver PET |
|
|
HI-TECH 8000 |
13mm |
1m |
25M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ PE Foam + Silver PET |
|
|
HI-TECH 20T |
20mm |
1m |
20M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ Cross PE Foam + PE Foam + Silver PET |
|
|
HI-TECH 30T |
30mm |
1m |
15M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ Cross PE Foam + PE Foam + Cross PE Foam + |
|
|
HI-TECH 40T |
40mm |
1m |
10M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ Cross PE Foam + PE Foam + Cross PE Foam + |
|
|
HI-TECH 50T |
50mm |
1m |
8M |
Silver/Copper Aluminum + Long Fiber Nonwoven Fabric+ Cross PE Foam + PE Foam + Cross PE Foam + |
The Importance of Insulation
Emissivity is a measure of material’s radiating efficiency.
Theoretically, matter that absorbs the external energy and not reflect off regulates as 100% of emissivity.
Every factor has emissivity value between 0% ~ 100%, lower the value minimizes the absorption of radiant energy.
 |
Winter
Summer
|
Thermal Transmittance
HI-TECH Reflective Radiant Barrier resists over 90% of radiation movement.
Innovative insulation material minimizes energy loss to improve your environment quality.
|
Parts of the building |
Area |
||||
|---|---|---|---|---|---|
|
Central district |
Southern district |
Jeju-do |
|||
|
External wall of living room |
When it directly contacts the outside air |
Apartment House |
Below 0.210 |
Below 0.260 |
Below 0.360 |
|
Other than |
Below 0.260 |
Below 0.320 |
Below 0.430 |
||
|
When it indirectly contacts the outside air |
Apartment House |
Below 0.300 |
Below 0.370 |
Below 0.520 |
|
|
Other than |
Below 0.360 |
Below 0.450 |
Below 0.620 |
||
|
Living room |
When it directly contacts the outside air |
|
Below 0.150 |
Below 0.180 |
Below 0.250 |
|
When it indirectly contacts the outside air |
|
Below 0.220 |
Below 0.260 |
Below 0.350 |
|
|
Living room floor of lowest floor |
When it directly contacts the outside air |
When it’s floor heating |
Below 0.180 |
Below 0.220 |
Below 0.290 |
|
When it’s not floor heating |
Below 0.220 |
Below 0.250 |
Below 0.330 |
||
|
When it indirectly contacts the outside air |
When it’s floor heating |
Below 0.260 |
Below 0.310 |
Below 0.410 |
|
|
When it’s not floor heating |
Below 0.300 |
Below 0.350 |
Below 0.470 |
||
|
Floor with heating system |
|
|
Below 0.810 |
Below 0.810 |
Below 0.810 |
|
Window and door |
When it directly contacts the outside air |
Apartment House |
Below 1.200 |
Below 1.400 |
Below 2.000 |
|
Other than Apartment House |
Below 1.500 |
Below 1.800 |
Below 2.400 |
||
|
When it indirectly contacts the outside air |
Apartment House |
Below 1.600 |
Below 1.800 |
Below 2.500 |
|
|
Other than Apartment House |
Below 1.900 |
Below 2.200 |
Below 3.000 |
||
Classification of Insulation
|
Classification |
Thermal conductivity based on scale of thermal conductivity |
Insulations based on KS M 3808,3809 & KS L 9102 |
|---|---|---|
|
A |
Below 0.034(W/mk) |
Isopink (XPS) |
|
Styrofoam 2nd class 1~4 |
||
|
Hard Urethane |
||
|
Glass wool 48K, 64K, 80K, 96K, 120K |
||
|
Other insulation with below 0.034 W/mk of thermal conductivity |
||
|
B |
Below 0.035-0.040(W/mk) |
Styrofoam 1st class 1~3 |
|
Mineral Fiber |
||
|
Glass wool 24K, 32K, 40K |
||
|
Other insulation with below 0.035-0.040 W/mk of thermal conductivity |
||
|
C |
Below 0.041-0.046(W/mk) |
Styrofoam 1st class 4 |
|
Other insulation with below 0.041-0.046 W/mk of thermal conductivity |
Detail Drawing
|
[ Sectional View ] |
|
[ Plan Drawing ] |
|
[ Masonry Drwing ] |
