Vacuum Insulation Knowledge Hub

Reference articles written by our engineering team — definitions, comparison data and selection guides you can cite in specifications. No marketing fluff; every number comes from production or published test data.

Stainless steel VIP panels installed on the room side of a wall, with the layout coordinated around windows and services. Photograph from the documented building application.

More Room for Architecture: Stainless Steel VIP in Building Insulation

Explore a real 30 mm internal-wall installation, construction photographs and the potential of thin insulation for space-constrained buildings.

Zhuoqing Lightweight VIP: compare the selected finished panel configuration with the project requirements.

48 Hours or 120? Rethinking Insulation for Pharmaceutical Cold Chains

Compare Fumed Silica and Lightweight VIP against the same holding-time target, finished panel weight, project cost and complete pack-out test.

Supertech EV transport box with an EPP outer shell and VIP insulation. Photograph of the container, not a qualified pharmaceutical pack-out.

Pharmaceutical Cold Chain Packaging Suppliers: 8 Companies to Explore

Explore passive parcel and pallet packaging suppliers, their official product ranges and the questions to ask before sourcing a standard or custom system.

Supertech vacuum insulation panel production line. This photograph shows one manufacturer, not all companies in this overview.

Vacuum Insulation Panel Manufacturers: 8 Companies to Explore

An alphabetical supplier overview with published product families, official sources and questions to guide your project shortlist.

Container terminal photograph reproduced from the group source article. Transport dimensions are a design input, not evidence of a certified building project.

Metal VIP Insulation for Container Homes: A Design Guide

Plan thinner modular walls without overlooking steel-frame thermal bridges, moisture control, transport constraints and installation checks.

Concept layout of flat VIP segments and PU foam around a water tank.

Vacuum Insulation Panels for Heat Pump Water Heaters

Explore segmented VIP + PU tank insulation with an illustrated layout, thermal-bridge checks and a comparable prototype test plan.

Metal-envelope insulation panels in several shapes. Cleanroom suitability requires assembly-specific qualification.

High-Temperature Insulation for Cleanroom Equipment

Qualify metal VIP assemblies for particle containment, chemical emissions, operating-temperature heat loss and thermal-cycle durability.

Match gas sources to sorbent species, capacity and kinetics, then validate the finished panel.

VIP Getters and Desiccants: How to Specify Gas Control

Build a defensible gas budget, match getter chemistry to the actual gas load, and validate the finished panel rather than relying on an ingredient claim.

Gas ingress through a barrier and heat conduction along an envelope are different mechanisms.

VIP Edge Leakage vs. Edge Thermal Bridges: How to Compare Designs

Separate vacuum-retention failures from conductive edge heat flow, then compare fold-free shells, barrier films and finished-panel evidence fairly.

Service climate, ageing measurements and an acceptance limit must be connected by a justified lifetime model.

How to Verify a Vacuum Insulation Panel Lifespan Claim

Why a number of years is incomplete without an end-of-life threshold, service climate, panel geometry, aging data and a transparent prediction model.

Pharmaceutical Cold-Chain Insulation: Material Selection and Shipper Qualification

How to compare VIP, PU, EPS, XPS and aerogel, then qualify the complete pack-out against product, route and seasonal risk.

Shaped ultra-thin vacuum insulation panel for a battery insulation application. The photograph does not establish thermal-runaway protection.

Battery Thermal Management with VIPs: Pack Insulation vs. Thermal-Runaway Barriers

How ultra-thin and metal-envelope VIPs solve two different battery problems — cold-soak heat retention and thermal-runaway propagation delay — with test data and validation checks.

Calculation workflow from heat loss and operating hours to energy cost; no measured savings are shown.

50 mm VIP vs. 150 mm Rock Wool: The Industrial Energy-Saving Math

A worked heat-loss model for hot process equipment: ~85% less heat loss, ≈ $536,000/year saved on a 10,000 m² surface, typical payback 2–3 years.

Two vacuum insulating glass samples, showing the panes and perimeter seals.

Tempered Vacuum Insulating Glass: How Fully Tempered VIG Works

Why early VIG could not be tempered, how low-temperature edge sealing changed that, and what safety-glass VIG unlocks in doors, facades and freezers.

Conceptual particle network and fiber network; this is not a microscopy image or a pore-size comparison.

Fumed Silica vs. Fiberglass VIP Cores: Which One Should You Specify?

Initial λ, pressure tolerance, aging and cost of the two dominant VIP core materials — and which one fits appliances, cold chain and construction.

At equal thermal resistance, lower conductivity permits less thickness; the drawing does not specify a numerical ratio.

Insulation Thickness, Explained: Same R-Value at 1/10 the Thickness

The d = R × λ math behind the 90% thickness reduction — with the space payback for pipes, cold rooms, retrofits and appliances.

Vacuum insulation panels in different sizes and formats.

What Is a Vacuum Insulation Panel (VIP)?

Definition, structure, physics and limits of VIPs — the reference explainer, with typical performance data from production.

Compare VIP and conventional insulation at assembly level, including available space, handling and edge details.

VIP vs. Traditional Insulation: The Numbers

Thermal conductivity and R-value of VIP, PU, XPS, EPS and mineral wool compared — and when each material actually wins.

Simplified cross-sections: two panes with an evacuated cavity and support pillars versus three panes with two gas-filled cavities.

Vacuum Insulating Glass vs. Triple Glazing

U-value, thickness, weight and acoustics side by side: why 8.3 mm of VIG matches 40 mm of triple glazing.

Open SUPERCOOLER shipping box showing the lid and interior.

How to Choose a Cold Chain Shipping Box

EPS vs. PU vs. VIP shippers: holding time, PCM sizing and total cost per delivered unit — a practical selection guide.