Thermal Insulation Heat Resistant Material Fiberglass Fumed Silica VIP Vacuum Panel

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Thermal Insulation Heat Resistant Material Fiberglass Fumed Silica VIP Vacuum Panel

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Product Description

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Basic Product Information

Model NO.

QY3BV-FL

Core Material

Fumed Silica + Fiberglass

Density

200 kg/m³

Fire Rating

Class A

Max. Operating Temp

100℃

Thickness

5mm-50mm

Thermal Conductivity

≤0.0045

Certificates

CE/SGS/MSDS

HS Code

7019909000

Production Capacity

10000m²/Day

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Packaging & Delivery

Package Size

35.00cm * 35.00cm * 10.00cm

Package Gross Weight

2.000kg

Packing Type

Carton Packaging

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Product Description

Vacuum Insulated Panel (VIP) for Construction

Vacuum Insulation Panels (VIPs) are thin pieces of insulation uniquely designed to take up very little space. They consist of porous core materials encased in a gas-tight foil outer material. Once sealed, a vacuum is created that offers thermal resistance up to 20x more effective than traditional insulation materials.

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Technical Parameters

Structure	Aluminum Foil / Fiberglass / Aluminum Foil
Size	600x400 / 600x300 / 300x300cm or Customized
Type	Folded / Not Folded
Thermal Conductivity	<0.0035 W/(m.K) at 25ºC
MOQ	500 Square Meters

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Key Features & Benefits

VIP insulation offers significant benefits for designers. In new build projects, it enables minimal thresholds while maintaining required U-values. The thin profile reduces construction costs and increases design flexibility. In renovation, it allows for high-efficiency upgrades without the need to adapt windows or rooflight heights.

Typical Lambda Values Comparison (W/mK):

Fibreglass: 0.040

EPS: 0.038

PIR: 0.022

VIP Core: 0.006

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Application Scenarios

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Certifications & Manufacturing

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Professional Manufacturer Profile

Our facility is a diversified manufacturing and distribution hub. We specialize in waterproof roof materials, reflective aluminum foils, moisture-proof thermal insulation, and cold chain logistics systems. With high-speed automatic laminating and heat sealing lines, we ensure high production capacity and strict quality control for customers globally.

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Frequently Asked Questions

How does a vacuum slow down heat transfer?

By removing air molecules, we eliminate conduction and convection. Conduction requires molecule-to-molecule contact, and convection requires moving air currents. In a vacuum, these mechanisms nearly stop, leaving only radiation as a heat transfer mode.

Can VIP panels be cut or drilled on site?

No. The high barrier film must remain intact. If punctured, air enters and thermal conductivity rises significantly. Panels must be ordered to size and cannot be modified via cutting or doweling.

Are curved vacuum insulation panels possible?

Thin panels can be bent into cylindrical forms within limits. While regular panels cannot handle complex spherical shapes, new technologies allow for more complex geometry and even holes in certain configurations.

What are the operating temperature limits?

The core can sustain up to 900°C, but the outer barrier film is limited to 80°C. Permanent exposure above 40-50°C may increase gas permeability, affecting long-term vacuum life.

Are these panels sensitive to humidity?

Short-term exposure is fine, but long-term high humidity (especially with heat) should be avoided. Installing humidity barriers is recommended to keep the panels dry.

What is the Minimum Order Quantity (MOQ)?

Our standard MOQ for Vacuum Insulation Panels is 500 square meters. We support growth for small clients, but full container loads are suggested for better shipping cost efficiency.