Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator

Product Details
Customization: Available
Material: Fiberglass and Aluminum Film
Usage: Commercial Refrigerator & Freezer
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  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
  • Vacuum Insulation Panel with Super-Thin Fiberglass Core for Refrigerator
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Basic Info.

Model NO.
TOPVQ-FG001
Parts
Insulation Board
Diameter
2-7 Microns
Bulk Density
220~240kg/Cubic Meters
Encapsulation Film
Silver Aluminum Film
Color
Silver
Thermal Conductivity
0.0015wmk
Weight
20kgs
Temperature Range
-40 up to 70 Degrees
Short-Term Withstand 110ºC
30 Minutes
Size Tolerance
+1/-4 mm
Thickness Tolerance
+1/-2 mm
Tensile Strength
More Than 80 Kpa
Core Material
Superthin Fiberglass Strands and Dry Chopped Fiber
Transport Package
Pallet and Carton Boxes
Specification
1000*500*20mm and customized sizes
Trademark
TOPVQ
Origin
Henan
HS Code
7019909990
Production Capacity
5000 Square Meters/Month

Product Description

Vacuum insulation panels (VIPs) have extremely low insulation thicknesses, up to 90% less compared to traditional insulation materials with similar thermal resistances. However, the thinness of VIPs does not prevent them offering super-insulation performance: VIPs have a thermal conductivity between 0.002 and 0.008 W/(mK) after production, 5 to 10 times better than conventional insulation materials. VIPs can be used in buildings, appliances and transport or in any application where space is an issue but the architect, designer or builder won't compromise on insulation properties.

VIPs enabled the refurbishment of a 50 years old office building in Rheinfelden, Switzerland, in a fraction of the space required by traditional insulation materials (72 mm vs 300 mm) to achieve the requested U value of < 0.18 W/(m²K). The renovation of the secondary school of Freilassing in Bavaria was also made possible by VIPs, allowing the architects to achieve the required high thermal insulation rates without limiting room height.

Our TOPVQ-FG vacuum insulation panels are consist of super thin fiberglass fibers which is bio-soluble and aluminum film or consist of Dry Method Chopped Glass Fiber Strands and aluminum film. There are four different kinds of VIPs with different performance with below specifications:


Applications:


Efficient Appliances
(Refrigerator, freezer, vending machine, Electric water heater)
  1. Reduce energy consumption, extent the heat preservation time accordingly.
  2. Reduce the heat loss
  3. Enlarge the inner space

Green Buildings
  1. Excellent sound insulation
  2. Reduce the energy cost
  3. Improve the comfort 


Cooling box for cold chain logistics
  1. Extend the heat holding time by using fewer coolants
  2. Enlarge the inner space to reduce the logistics costs
 
Content        Standard
Core material Wet Method Centrifugal Glass Cotton (mean fabric diameter 3~5µm) + Dry Method Chopped Glass Fiber Strand (mean fabric diameter 7-13µm)
Encapsulation Film Aluminum film
NY15µm/VMPET12µm/AL7µm/PE50µm

Metallization film
CFPET12µm/NY15µm/MEVOH12µm/PE50µm
Desiccant SiO2-Al2O3-CuO etc. multi alloy oxides
 
2. Fundamental Performance Specifications
Content        Standard
Appearance Smooth surface with no foreign matter, wrinkle, or sealing anomaly
Weight Tolerance ±10% Basing on the Weight Request on Manufacturing Drawing

Length
Size Tolerance ±5mm after Folding
Size Range  150mm~1800mm
Width Size Tolerance ±5mm after Folding
Size Range 50mm~950mm


Thickness
Size Tolerance No folding      ±2mm/folding    (-2/+4)mm
Size Range  5mm~30mm
Density and Tolerance 300(-5%~+10%)Kg/m³
Warping ±10mm
Sealed Width 10(0/+4)mm
Desiccant area Area   refer to technical drawing/unevenness (+4)mm
Thermal conductivity 0.0015 W/m.K (Average temperatures:24ºC)
Continuous working
temperature range
-40~+80ºC
 
Content        Standard
Core material Wet Method Centrifugal Glass Cotton (mean fabric diameter 3~5µm) + Dry Method Chopped Glass Fiber Strand (mean fabric diameter 7-13µm)
Encapsulation Film Aluminum film
NY15µm/VMPET12µm/AL7µm/PE50µm

Metallization film
CFPET12µm/NY15µm/MEVOH12µm/PE50µm
Desiccant Cao + multi alloy oxides
 
2. Fundamental Performance Specifications
Content        Standard
Appearance Smooth surface with no foreign matter, wrinkle, or sealing anomaly
Weight Tolerance ±10% Basing on the Weight Request on Manufacturing Drawing

Length
Size Tolerance ±5mm after Folding
Size Range  150mm~1800mm
Width Size Tolerance ±5mm after Folding
Size Range 50mm~950mm


Thickness
Size Tolerance No folding      ±2mm/folding    (-2/+4)mm
Size Range  5mm~30mm
Density and Tolerance 300(-5%~+10%)Kg/m³
Warping ±10mm
Sealed Width 10(0/+4)mm
Desiccant area Area   refer to technical drawing/unevenness (+4)mm
Thermal conductivity 0.0018W/m.K (Average temperatures:24ºC)
Continuous working
temperature range
-40~+80ºC
 
Content        Standard
Core material Wet Method Centrifugal Glass Cotton (mean fabric diameter 3~5µm)
Encapsulation Film Aluminum film
NY15µm/VMPET12µm/AL7µm/PE50µm

Metallization film
CFPET12µm/NY15µm/MEVOH12µm/PE50µm
Desiccant Cao+ Metal oxide powder(7g/Pcs)
 
2. Fundamental Performance Specifications
Content        Standard
Appearance Smooth surface with no foreign matter, wrinkle, or sealing anomaly
Weight Tolerance ±10% Basing on the Weight Request on Manufacturing Drawing

Length
Size Tolerance ±5mm after Folding
Size Range  150mm~1800mm
Width Size Tolerance ±5mm after Folding
Size Range 50mm~950mm


Thickness
Size Tolerance No folding      ±2mm/folding    (-2/+4)mm
Size Range  5mm~30mm
Density and Tolerance 240(-5%~+10%)Kg/m³
Warping ±10mm
Sealed Width 10(0/+4)mm
Desiccant area Area   refer to technical drawing/unevenness (+4)mm
Thermal conductivity <0.0020W/m.K (Average temperatures:24ºC)
Continuous working
temperature range
-40~+80ºC
 
Content        Standard
Core material Wet Method Centrifugal Glass Cotton (mean fabric diameter 3~5µm)
Encapsulation Film Aluminum film
NY15µm/VMPET12µm/AL7µm/PE50µm

Metallization film
CFPET12µm/NY15µm/MEVOH12µm/PE50µm
Desiccant Cao(10g/Pcs)
 
2. Fundamental Performance Specifications
Content        Standard
Appearance Smooth surface with no foreign matter, wrinkle,or sealing anomaly
Weight Tolerance ±10% Basing on the Weight Request on Manufacturing Drawing

Length
Size Tolerance ±5mm after Folding
Size Range  150mm~1800mm
Width Size Tolerance ±5mm after Folding
Size Range 50mm~950mm


Thickness
Size Tolerance No folding      ±2mm/folding    (-2/+4)mm
Size Range  5mm~30mm
Density and Tolerance 240(-5%~+10%)Kg/m³
Warping ±10mm
Sealed Width 10(0/+4)mm
Desiccant area Area   refer to technical drawing/unevenness (+4)mm
Thermal conductivity <0.0023W/m.K (Average temperatures:24ºC)
Continuous working
temperature range
-40~+80ºC

Vacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorVacuum Insulation Panel with Super-Thin Fiberglass Core for RefrigeratorFAQ:

1. Are you a supplier or manufacturer?
We're the supplier with comprehensive understanding of the high-end thermal insualtion products and great supply-chain ability in this area withloyal and stable manufacturing partner.

2. Can I get a free sample for testing?
Yes, we can provide the free sample to customer who would like to make a test and provide the testing results report to us. With checking you information,we would confirm to you the possibility of free samples. 

3. Can I make the factory visit to you and your manufacturing facilities?
Yes, we would welcome your visit. 

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