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In recent years, the global focus on energy efficiency, green buildings, cold-chain logistics, and high-performance appliances has grown faster than ever. As industries search for better thermal insulation materials, the vacuum insulation core has quickly become one of the most important components in advanced insulation systems. This new technology is shaping the future of refrigerators, shipping containers, medical storage boxes, and many industrial products.
This news-style article will help you understand why the vacuum insulation core is becoming so popular, how it works, what industries are adopting it, and why high-quality manufacturing matters. It will also highlight the role of professional suppliers such as Shanghai Bomgi New Material Co., Ltd., a company deeply involved in insulation material research and production.
Before diving into market updates, let’s first look at what the vacuum insulation core really is and why so many industries are shifting toward it.
What Is a Vacuum Insulation Core and Why It Matters Today
A vacuum insulation core is the essential internal material used inside vacuum insulation panels (VIPs). It helps support the structure, maintain vacuum stability, and ensure long-term insulation performance. Most vacuum insulation cores are made from fumed silica, fiberglass, or other micro-porous materials. When the air is removed from the panel, the core becomes responsible for balancing strength and thermal performance.
The rise of global energy-saving standards is pushing companies to use materials that can deliver high insulation performance with thin thickness—a key feature provided by the vacuum insulation core. As a result, industries that once relied on traditional foam insulation are now adopting VIP technology for new products.
This shift is not temporary. Governments, appliance manufacturers, and logistics companies are all seeking stronger and more sustainable insulation materials. The vacuum insulation core is at the center of this change.
To better understand this trend, let’s explore how the technology works.
How the Vacuum Insulation Core Works Inside VIP Systems
A vacuum insulation panel looks simple from the outside, but its internal structure is carefully designed. The vacuum insulation core plays several important roles:
1. Maintaining Mechanical Strength
When the air is evacuated, the core prevents the panel from collapsing. Without a strong core, the outer layer would deform easily.
2. Providing Ultra-Low Thermal Conductivity
The micro-porous structure of the vacuum insulation core reduces heat transfer. This is the main reason VIPs can achieve thermal performance several times better than traditional insulation.
3. Supporting Long-Term Vacuum Stability
The stability of the core material determines how long the panel can maintain its vacuum state. A high-quality core reduces vapor generation, air leakage, and internal pressure changes.
4. Ensuring Thin and Lightweight Insulation
Industries such as appliance manufacturing and medical cold chain depend on slim, lightweight insulation. The vacuum insulation core enables thinner designs without reducing performance.
These engineering features explain why the global demand for vacuum insulation core materials continues to rise across different industries.
How to Identify Where the Vacuum Insulation Core Is Used Today
As markets evolve, more industries are adopting vacuum insulation core technology to improve performance, reduce energy loss, and create sustainable products. Here are the leading sectors using these solutions:
Household Appliances
Refrigerators and freezers are among the biggest consumers of vacuum insulation panels. Using a vacuum insulation core inside the VIP layer significantly improves energy efficiency and reduces electricity costs for consumers.
Cold Chain Logistics
Medical vaccine storage, biological samples, frozen foods, and temperature-sensitive medicines require reliable temperature control. VIP boxes with high-performance vacuum insulation cores maintain stable temperatures over long transport distances.
Building and Construction
Architects and energy-saving experts are now exploring VIP technology as part of green building systems. Thin panels allow for more interior space while maintaining strong thermal insulation.
Electronic Devices and Batteries
As batteries heat up during charging, keeping them cool is essential. Advanced insulation cores help manage heat and protect battery components.
Industrial Equipment
Industrial ovens, test chambers, and heat-processing equipment use vacuum insulation cores for stable thermal barriers.
These applications show how widespread the adoption of vacuum insulation material has become. But as demand grows, quality requirements also rise.
How to Measure the Quality of a Vacuum Insulation Core
Manufacturers and engineers typically evaluate vacuum insulation core materials based on several technical factors:
Core Density
A stable density ensures consistent thermal conductivity and mechanical strength.
Pore Structure
The finer the pores, the lower the heat transfer. High-quality cores use uniform micro-porous structures.
Moisture Absorption
Low moisture absorption prevents vacuum decay and extends the lifespan of the entire VIP panel.
Compatibility with Getters
In VIP systems, getters absorb gas and moisture over time. The core must be chemically compatible with getters to ensure long-term performance.
Thermal Conductivity
A good vacuum insulation core has extremely low thermal conductivity even before vacuuming. After vacuum extraction, it becomes one of the best insulation materials available today.
High-quality cores can maintain performance for 10–30 years if manufactured under strict standards.
How the Market for Vacuum Insulation Core Is Changing in 2025
Based on ongoing industry development in 2025, several major trends are shaping the vacuum insulation core market:
Stronger Demand for Thin and Green Materials
Manufacturers are seeking thinner designs to save space and improve design flexibility. At the same time, governments encourage the use of low-carbon insulation solutions.
Growth in Global Cold Chain Logistics
Medical vaccines, temperature-sensitive pharmaceuticals, and international food shipments increasingly require advanced insulation packaging. This leads to expanded demand for vacuum insulation core materials.
Expansion of High-End Home Appliances
Consumers now prefer energy-saving refrigerators and freezers. Appliance brands are using more VIP layers, each containing lightweight cores.
Rapid Development in Asia
China, South Korea, and Japan are leading the production of vacuum insulation panels and core materials. China, in particular, has become a major global supplier.
More Customized Core Materials
Industries now request different densities, shapes, and thermal levels. Customization is becoming a standard service.
These trends show that the vacuum insulation core industry will continue to grow rapidly and steadily for many years.
How Shanghai Bomgi New Material Supports the Vacuum Insulation Core Market
As the market continues expanding, reliable suppliers play a critical role. Shanghai Bomgi New Material Co., Ltd. is one of the companies supporting the development of vacuum insulation core solutions in China and abroad.
Strong Experience in Vacuum Insulation Technology
Founded in 2015, Bomgi’s team has more than 15 years of experience in the vacuum insulation industry. This includes raw materials, semi-finished products, and production equipment.
Advanced Fumed Silica and Fiber Core Materials
Bomgi develops and supplies high-quality vacuum insulation core materials using fumed silica, fiberglass, and micro-porous fiber structures. These cores help achieve stable thermal performance for many applications.
One-Stop Industrial Chain
From fiber chopping, air-flow carding, and vacuum processes to core material forming, Bomgi offers a complete production chain. This ensures stable supply and consistent product quality.
R&D for Getter and Vacuum Performance
The company also develops getter materials that support long-term vacuum stability in VIP systems. This allows Bomgi to provide full-line solutions to manufacturers.
Reliable B2B Supplier
Bomgi supplies vacuum insulation core materials, production equipment, and technical solutions to customers in Asia, Europe, and global markets. Its reputation for quality and reliability continues to grow.
By combining experience, technology, and full-chain production capabilities, Bomgi helps support the rising global demand for high-performance vacuum insulation solutions.
How to See the Future of Vacuum Insulation Core Development
Looking ahead, the vacuum insulation core market will continue expanding as industries push for better insulation performance. The shift toward green energy, efficient appliances, and reliable cold-chain logistics guarantees long-term growth.
Technological improvements in fumed silica, fiberglass, and micro-porous materials will create even stronger, thinner, and more stable vacuum insulation cores.
Companies that invest in advanced manufacturing—like Shanghai Bomgi—will remain at the center of this development.
https://www.bomgigf-vip.com/vacuum-insulation-panel1.html
Bomgi
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