Product Detail

Vacuum Insulated Composite GlassA high-performance configuration for energy-saving transparent building envelopes

Combining a vacuum layer and an insulating cavity, this product further improves overall thermal performance, edge thermal bridge control, and compatibility with window, door, and facade systems on the basis of single-cavity vacuum glass. It is suitable for high-performance building envelopes and projects with clear configuration targets.

Vacuum insulated compositeHigh-performance envelopeEdge thermal bridge controlBroad profile compatibilityPremium choice for ultra-low-energy windows, doors, and facades
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Product Summary

Product Summary

Vacuum insulated composite glass uses a composite design of a vacuum layer and an insulating cavity. Under proper system matching and configuration, it helps improve thermal insulation and edge heat-transfer control, making it suitable for mid- to high-end windows, doors, facades, passive buildings, ultra-low-energy buildings, and other scenarios with higher envelope performance requirements.

SystemThe vacuum layer and insulating cavity work together to improve overall system performance.
ThermalStrengthens thermal insulation and edge thermal bridge control.
FacadeFor large windows, doors, facades, and high-standard building envelopes.
DeliveryBalances engineering implementation, batch delivery, and later operation needs.
Partial structure display of vacuum insulated composite glass
01Composite structure configuration
02High-standard envelope fit
03Stable system configuration
Structure Logic

Composite vacuum layer and insulating cavity to improve envelope system performance

Vacuum insulated composite glass is not a simple stacking of glass layers. It is a composite structural solution formed together by the vacuum layer, insulating cavity, edge nodes, and window/facade systems.

Diagram of vacuum insulated composite glass structure and application
01
Composite vacuum layer and insulating cavityCombines vacuum glass and insulating glass layers into a more complete high-performance envelope configuration.
02
Edge thermal bridge control and system fitComprehensively evaluates edge nodes, profile systems, and sealing structures to improve whole-window and whole-facade system matching.
03
Vacuum and insulating cavities working togetherStrengthens thermal insulation, blocks edge thermal bridges, improves quietness, and effectively resists condensation.
04
Built for high-specification building projectsMeets premium project requirements and suits a wide range of high-performance building scenarios.
Core Advantages

Core Advantages

For higher-standard building envelope needs, vacuum insulated composite glass creates a stronger balance among energy saving, system fit, edge control, and long-term stability.

01Stronger thermal insulationFurther improves overall thermal performance on the basis of single-cavity vacuum glass.
02Better system construction fitBetter suited to large windows, doors, facades, and high-performance envelope systems.
03Optimized edge thermal bridge controlSystem design around edge nodes reduces localized heat loss.
04Fits engineering implementation needsBalances performance targets, construction organization, and consistency in batch delivery.
05Improved overall comfortBalances indoor thermal comfort, acoustic comfort, and anti-condensation experience.
06Long-term configuration solutionSuitable for projects with higher requirements for long-term building operation performance.
Technical Notes

Technical Notes

The core is not simply stacking glass layers, but the stable performance created by composite structure, edge control, system fit, and manufacturing process working together.

Vacuum layer and insulating cavity synergyCombines vacuum insulation capability with insulating structure adaptability to improve overall performance.
Insulating composite system structureSystematic design around glass configuration, cavities, and edge nodes.
Edge thermal bridge and sealing controlOptimized edge paths reduce thermal bridge impact and support long-term stability.
Window and facade system fitMatched together with profiles, hardware, sealing, and installation nodes.
Composite structure process controlPlaces higher requirements on batch consistency, production management, and quality control.
Suitable Scenarios

Application Scenarios

Vacuum insulated composite glass is suitable for window, door, facade, and high-performance building scenarios with higher requirements for energy indicators, system fit, and long-term stability.

High-performance windows and doors

High-performance windows and doors

Suitable for system windows, passive houses, and ultra-low-energy buildings.

Facades and transparent envelopes

Facades and transparent envelopes

For facade projects with higher requirements for insulation, comfort, and engineering stability.

Green building projects

Green building projects

Serves energy-saving evaluation, low-carbon buildings, and public building envelope upgrades.

High-end system customers

High-end system customers

Suitable for projects requiring stable configuration solutions and batch delivery capability.

Selection Advice

When is vacuum insulated composite glass suitable?

If a project has clear standards for energy saving, structural fit, edge heat transfer, and engineering implementation, vacuum insulated composite glass is a targeted solution.

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Suitable for high-standard building projectsWhen a project has higher requirements for energy indicators, system performance, and long-term operation stability, this product can be evaluated first.
Suitable for large window, door, and facade systemsProfiles, edge nodes, grid dimensions, and installation methods need to be matched as a whole.
Suitable for projects with clear directionWhen the project already has clear performance targets, building type, or facade system direction, the composite solution is easier to configure.
Suitable for long-term value-oriented customersBetter suited to projects focused on lifecycle energy efficiency, comfort experience, and engineering stability.
Product Inquiry

Get configuration advice for vacuum insulated composite glass

Leave basic project information, and we will provide suitable configuration advice based on building type, system structure, performance targets, and delivery conditions.

Building typeApplication positionPerformance targetsDelivery rhythm

Need to match vacuum insulated composite glass for a high-performance building project?

We can discuss configuration advice around window and facade systems, energy indicators, edge nodes, size divisions, and delivery conditions.

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Vacuum Insulated Composite Glass | Silicon-Based Vacuum Glass