Indonesia Vacuum Insulated Glass Market Size, Share, Trends and Forecasts 2031

Key Findings

• The Indonesia Vacuum Insulated Glass Market is expanding due to rising demand for energy-efficient building materials and stricter green building codes.

• Increasing urbanization and infrastructure investments in Indonesia are boosting adoption of vacuum insulated glass (VIG) in commercial and residential projects.

• Integration of smart and low-emissivity coatings is enhancing product performance across climate zones.

• Growing awareness about thermal and acoustic insulation is driving replacement of conventional double glazing.

• Manufacturers are investing in automated production lines to reduce costs and improve consistency in quality.

• Government initiatives promoting net-zero energy buildings are accelerating market growth.

• The automotive and transportation sectors are emerging as secondary demand drivers in Indonesia.

• Strategic partnerships between glass producers and construction firms are fostering product innovation.

Indonesia Vacuum Insulated Glass Market Size and Forecast

The Indonesia Vacuum Insulated Glass Market is projected to grow from USD 1.2 billion in 2025 to USD 3.5 billion by 2031, registering a CAGR of 19.1% during the forecast period. Market growth is fueled by rising emphasis on energy conservation and carbon footprint reduction in the building sector. Advancements in manufacturing techniques have made VIG more affordable and accessible to mainstream construction projects in Indonesia. Increasing retrofitting of aging buildings and demand for improved thermal efficiency are major contributors to adoption. Technological innovations, such as ultra-thin spacers and hybrid insulation systems, are also driving wider acceptance across architectural and industrial applications.

Introduction

Vacuum insulated glass (VIG) is an advanced glazing technology consisting of two or more glass panes separated by a vacuum layer, designed to provide superior thermal and acoustic insulation compared to traditional double or triple glazing. In Indonesia, the demand for VIG is increasing across commercial, residential, and institutional buildings due to growing awareness of energy efficiency and environmental impact. The technology helps reduce heating and cooling energy consumption significantly while maintaining transparency and aesthetics. As construction activities rise, particularly in urban and industrial areas, VIG is emerging as a preferred material for achieving sustainable and high-performance building envelopes.

Future Outlook

By 2031, the Indonesia Vacuum Insulated Glass Market will experience robust growth driven by strong policy support for green building adoption. Rapid urbanization and construction of smart cities will boost usage in both new and retrofit projects. Manufacturers will focus on mass production and modular designs to lower installation costs. Integration of VIG with smart window systems, solar control coatings, and dynamic tinting technologies will enhance energy savings. The market will also witness increasing penetration in transport, cold storage, and appliance applications. Overall, vacuum insulated glass will play a vital role in reducing energy intensity and enabling climate-resilient infrastructure development in Indonesia.

Indonesia Vacuum Insulated Glass Market Trends

• Growing Adoption in Energy-Efficient Buildings
  The increasing implementation of green building standards in Indonesia is driving widespread adoption of vacuum insulated glass. Builders and architects are choosing VIG for its superior insulation, which contributes significantly to reducing heating and cooling energy consumption. This shift aligns with national sustainability targets and carbon reduction goals. The technology is gaining traction in commercial towers, luxury apartments, and public infrastructure. As regulatory pressure on energy performance tightens, VIG is becoming an essential component in achieving high energy ratings. This trend will continue to dominate the construction landscape through 2031.

• Advancements in Manufacturing Technologies
  Manufacturers in Indonesia are investing in advanced production lines to improve efficiency, yield, and cost competitiveness. Automation and precision vacuum sealing techniques are enhancing durability and uniformity of glass panels. These developments are making VIG more economically viable for mainstream use in residential and commercial projects. Ongoing R&D efforts are focused on improving edge-sealing materials to increase product lifespan. Innovations in thin glass substrates and vacuum pumps are reducing overall weight while maintaining strength. The continued evolution of manufacturing processes will help scale production and meet growing market demand efficiently.

• Integration with Smart Glass and IoT Systems
  The integration of VIG with smart glass technologies in Indonesia is creating new opportunities for intelligent energy management. Smart VIG units can dynamically adjust transparency or thermal properties based on environmental conditions. Integration with IoT platforms enables automated lighting and temperature control, improving energy efficiency and occupant comfort. Developers are exploring combinations of electrochromic coatings with vacuum insulation to deliver multifunctional glazing systems. This convergence of smart and energy-efficient materials is redefining the future of building façades. It will play a crucial role in smart city and next-generation architectural developments.

• Expansion in Transportation and Specialty Applications
  Vacuum insulated glass is finding growing applications in the transportation sector across Indonesia, including electric vehicles, railways, and aerospace. Its lightweight and superior thermal properties make it ideal for vehicle cabin insulation and noise reduction. In electric vehicles, VIG enhances battery performance by maintaining interior temperature stability. The technology is also being adopted in refrigerated logistics and cold chain containers to improve thermal efficiency. This diversification beyond construction is broadening the overall market potential. As industries seek energy savings and sustainability, transportation will emerge as a key secondary growth avenue.

• Focus on Sustainable and Recyclable Materials
  Sustainability initiatives in Indonesia are encouraging the development of recyclable and low-carbon VIG materials. Manufacturers are adopting eco-friendly coatings, lead-free spacers, and recyclable glass compositions. These innovations support circular economy principles and reduce lifecycle emissions. Regulatory frameworks are incentivizing the use of environmentally responsible materials in building construction. Additionally, sustainable VIG contributes to higher LEED and BREEAM certification scores, adding commercial value to properties. The push toward sustainable construction materials will ensure continued momentum for vacuum insulated glass in coming years.

Market Growth Drivers

• Rising Energy Efficiency Requirements
  Governments in Indonesia are introducing stringent building codes to minimize energy consumption and carbon emissions. Vacuum insulated glass offers outstanding insulation performance, significantly improving energy efficiency. It helps reduce HVAC loads and operational costs for buildings. Compliance with energy performance standards is driving adoption across both new constructions and retrofits. Builders are prioritizing materials that deliver measurable long-term benefits. These regulatory and economic incentives are major catalysts for market growth in Indonesia.

• Increasing Urbanization and Infrastructure Development
  Rapid urban growth in Indonesia is fueling demand for high-performance building materials. Expanding metropolitan areas are witnessing large-scale construction of offices, apartments, and commercial centers. VIG’s space-saving design and insulation properties make it ideal for dense urban settings. Infrastructure projects emphasizing environmental sustainability are increasingly specifying VIG for façades and windows. The material’s contribution to noise insulation also adds value in busy urban environments. Growing infrastructure spending will continue to strengthen market expansion in the coming decade.

• Technological Innovations in Glazing Systems
  Continuous innovation in glazing technologies is enhancing the performance of vacuum insulated glass. New coatings, spacers, and edge-sealing materials are improving durability, thermal resistance, and aesthetics. Manufacturers in Indonesia are focusing on integrating VIG into modular and prefabricated construction systems. Improved automation and precision manufacturing have also reduced costs, making it more accessible. Technological progress is thus expanding VIG’s role in modern architecture and design. These innovations are helping bridge performance gaps with other advanced insulation solutions.

• Government Support for Green Construction
  Government-led green construction initiatives are significantly contributing to the adoption of VIG in Indonesia. Incentives for energy-efficient materials, subsidies for retrofitting, and carbon neutrality programs are boosting demand. Public-sector projects are increasingly adopting VIG to meet environmental goals. Local regulations are also encouraging private builders to comply with energy-efficiency standards. These policies are creating strong demand for high-insulation glass products across construction categories. Supportive policy frameworks will remain key to sustained market growth.

• Growing Awareness of Acoustic and Thermal Comfort
  Consumers in Indonesia are becoming increasingly conscious of comfort, energy savings, and noise reduction. VIG provides exceptional thermal and acoustic insulation compared to conventional glass. Developers are leveraging these features as premium differentiators in high-end real estate. Demand is especially strong in urban regions where noise pollution and temperature variation are high. The improvement in indoor comfort levels enhances occupant well-being and building value. Rising awareness is thus expanding consumer preference for advanced glazing solutions.

Challenges in the Market

• High Manufacturing and Installation Costs
  The production of vacuum insulated glass involves advanced technologies and materials, leading to high costs in Indonesia. These expenses limit widespread adoption, particularly in low-budget projects. Specialized sealing processes and vacuum pumps add to manufacturing complexity. Installation requires trained professionals, further increasing overall project costs. As a result, cost competitiveness remains a challenge against double-glazed alternatives. Overcoming price barriers is crucial for broader market penetration.

• Limited Awareness Among End-Users
  Despite its benefits, awareness about VIG’s long-term savings and performance advantages remains low in Indonesia. Many consumers and small builders continue to favor conventional glazing due to upfront cost perceptions. The lack of demonstration projects also hinders understanding of its benefits. Educational initiatives and government-driven awareness programs are necessary to bridge this gap. Increased visibility will encourage adoption in mainstream residential markets. Awareness remains a key constraint to accelerated deployment.

• Complex Manufacturing Processes
  The precision required in producing vacuum insulated glass presents technical challenges for manufacturers in Indonesia. Ensuring vacuum integrity, maintaining seal durability, and preventing micro-leaks demand sophisticated production control. Equipment calibration and quality testing are resource-intensive. Small-scale producers often struggle to meet stringent performance standards. This complexity can limit scalability and profitability in the short term. Simplifying production without compromising quality is essential for industry expansion.

• Competition from Other Glazing Technologies
  VIG faces strong competition from double and triple glazing technologies that are already established in Indonesia. These alternatives offer acceptable performance at lower costs for many applications. The presence of established supply chains and installer familiarity further strengthens their market position. While VIG offers superior insulation, price sensitivity can sway customer preference. Manufacturers must emphasize lifecycle benefits and energy savings to differentiate effectively. Competition from established technologies remains a significant barrier to rapid market growth.

• Durability and Vacuum Integrity Issues
  Maintaining long-term vacuum performance is a technical challenge in VIG systems. Seal degradation over time can reduce insulation efficiency and increase maintenance costs. Environmental stress, thermal expansion, and moisture infiltration can impact product reliability. Manufacturers are addressing this through improved sealing materials and quality assurance measures. However, durability concerns still affect customer confidence in Indonesia. Enhancing product lifespan will be critical to establishing long-term credibility in the market.

Indonesia Vacuum Insulated Glass Market Segmentation

By Product Type

• Flat Vacuum Insulated Glass

• Curved Vacuum Insulated Glass

• Hybrid Vacuum Insulated Glass

By Application

• Building & Construction

• Transportation

• Refrigeration & Appliances

• Solar Panels

• Others

By End-User

• Residential

• Commercial

• Industrial

• Institutional

Leading Key Players

• AGC Inc.

• Nippon Sheet Glass Co., Ltd.

• Guardian Glass

• Panasonic Corporation

• Saint-Gobain

• Viracon, Inc.

• LandGlass Technology Co., Ltd.

• Sedak GmbH & Co. KG

• Vacuum Glass LLC

• HaanGlas Vacuum Glass Technology

Recent Developments

• AGC Inc. launched advanced vacuum insulated glass products in Indonesia targeting net-zero energy buildings.

• Nippon Sheet Glass Co., Ltd. partnered with regional developers in Indonesia to expand energy-efficient glazing applications.

• Guardian Glass introduced a thin-profile vacuum glass system in Indonesia designed for retrofit projects.

• Panasonic Corporation invested in automated vacuum glass manufacturing lines in Indonesia to enhance production efficiency.

• Saint-Gobain collaborated with construction firms in Indonesia to integrate VIG in sustainable building façades.

This Market Report Will Answer the Following Questions

1. What is the projected market size and growth rate of the Indonesia Vacuum Insulated Glass Market by 2031?

2. Which applications are driving the highest demand in Indonesia?

3. How are technological advancements and sustainability trends shaping the market?

4. What challenges limit large-scale adoption of vacuum insulated glass?

5. Who are the leading manufacturers and innovators in the Indonesia Vacuum Insulated Glass Market?