Highlights

  • ClearVue shares rose 2.78% to AUD 0.074 during the morning session on 3 August 2026 following the company's latest technology update.
  • The company announced a new Manufacturing capability that enables its Gen 3 Vision Glass to incorporate soft high-performance Low-E coatings after photovoltaic cells have been laminated.
  • ClearVue said the capability allows the coating to be positioned on surface 4, which it believes no other building-integrated photovoltaic (BIPV) supplier currently offers.
  • The technology was successfully validated at AGC Interpane's production Facility in Germany without requiring changes to the existing coating process.
  • The development is intended to broaden access to the global commercial façade market by enabling energy-generating glazing to meet common commercial glazing specifications.

ClearVue Technologies Limited (ASX:CPV) traded 2.78% higher at AUD 0.074 during the morning session on 3 August 2026 after announcing what it described as an industry-first manufacturing capability for its Gen 3 Vision Glass. While the stock remains down 69.17% over the past year, today's movement followed a company update outlining a technological advancement designed to expand the commercial application of its building-integrated photovoltaic (BIPV) glazing products. According to the company, the new capability enables its energy-generating glazing to meet a key requirement commonly specified for commercial building façades worldwide.

ClearVue Technologies is an Australian technology company focused on integrating renewable energy generation into building materials. Through its patented glass technology, the company develops transparent glazing products capable of generating electricity while maintaining the appearance and functionality expected of conventional architectural glass. Beyond vision glass, its product portfolio includes solar-enabled cladding, skylights, balustrades and spandrel solutions designed to contribute to lower operational energy consumption in buildings.

New Manufacturing Capability Broadens Commercial Application

The latest announcement centres on a manufacturing capability that distinguishes ClearVue's Gen 3 Vision Glass from other BIPV products currently available, according to the company.

ClearVue stated that its laminated glass units can now receive soft solar control low-emissivity (Low-E) coatings through a magnetron sputter process after the photovoltaic cells have already been laminated and processed. These coatings are widely specified across commercial building façades around the world because they help regulate heat entering buildings.

By introducing this capability, the company believes its energy-generating glazing can now satisfy an important commercial façade requirement while continuing to generate renewable electricity. Management indicated that this significantly expands the range of commercial projects where the product may be considered.

Surface 4 Coating Positions ClearVue Differently

A key aspect of the announcement relates not only to the application of the Low-E coating, but also where it can be positioned within the glazing unit.

According to ClearVue, its technology enables the coating to be applied on surface 4 of the laminated glass unit. The company stated this position provides the greatest reduction in solar heat gain.

ClearVue believes it is currently the only supplier in the global BIPV market capable of passing a photovoltaic glazing panel through a magnetron coating machine while applying the coating in this location. The company explained that alternative BIPV products generally position Low-E coatings on surface 5, where their effectiveness in limiting solar heat gain is reduced.

The distinction is significant because solar heat gain coefficient (SHGC) influences the amount of heat entering a building through its glazing. Lower solar heat gain can contribute to reduced cooling requirements while improving indoor comfort. According to the company, placing the coating on surface 4 allows architects and engineers to achieve the thermal performance expected from commercial façade systems while simultaneously generating renewable energy from the same glazing.

Validation Completed at AGC Interpane Facility

ClearVue also announced that the capability has already been demonstrated in a commercial production environment.

The company partnered with AGC Interpane, a major European flat glass processor and part of AGC Glass Europe, to validate the process at the company's production facility in Plattling, Germany.

During the production trial, Gen 3 Vision Glass units were cleaned, coated using one of AGC Interpane's standard solar control coatings and processed through the existing production line.

According to ClearVue, the coating process was completed successfully without requiring any modifications to AGC Interpane's equipment or operating settings. The company's photovoltaic glass units were processed under the same conditions used for conventional float glass.

Management said this outcome confirms compatibility with existing industrial production processes, an important consideration for manufacturers evaluating new building products.

Existing Industry Infrastructure Supports Manufacturing Flexibility

Another aspect highlighted in the announcement is the manufacturing flexibility offered by the new capability.

ClearVue explained that it now has two commercial pathways for producing its glazing products.

The company can manufacture units using pre-coated glass supplied by established glass manufacturers or alternatively laminate its photovoltaic units before sending them to specialist coating companies for the final Low-E coating process.

According to ClearVue, both approaches rely on existing industry Supply chains instead of requiring purpose-built production equipment. The company believes this provides greater manufacturing flexibility while supporting future scalability as commercial Demand develops.

The successful validation with AGC Interpane also demonstrates that existing coating facilities can process ClearVue's laminated photovoltaic glass without investing in specialised production infrastructure.

Potential Impact on Commercial Façade Projects

Commercial buildings around the world commonly incorporate Low-E coated glazing to improve energy efficiency and thermal performance.

ClearVue stated that because its Gen 3 Vision Glass can now incorporate these coatings while continuing to generate electricity, its products may become suitable for a wider range of architectural projects.

The company believes this removes an important barrier to adoption by allowing BIPV glazing to be specified, coated and processed in the same manner as conventional architectural glass.

Rather than requiring unique manufacturing methods, the products can utilise established production lines already operating within the glass industry. According to ClearVue, this supports broader adoption of energy-generating glazing across commercial construction projects.

CEO Highlights Industry Development

Chief Executive Officer and Managing Director Doug Hunt described the latest development as one of the most significant milestones achieved by the company.

He said the capability enables ClearVue to position a high-performance soft Low-E coating on surface 4 of an energy-generating glazing pane, where it delivers the highest level of solar heat control.

Mr Hunt stated that the company believes no other BIPV supplier currently offers this capability. According to him, the development enables customers to obtain both the thermal performance expected in commercial buildings and renewable energy generation from the same glazing system.

He also noted that the capability positions the company to pursue commercial façade opportunities across international markets.

AGC Interpane Brings Established Industry Experience

ClearVue's validation partner, AGC Interpane, is one of Europe's established flat glass processors.

Founded in 1971 and headquartered in Lauenförde, Germany, the company operates manufacturing facilities across Germany, Austria, France and Slovakia. AGC Interpane forms part of AGC Glass Europe, a global manufacturer of flat glass, automotive glass, display glass and related advanced materials.

The company specialises in coated architectural glass products, including its ipasol solar control range, which is manufactured using plasma-assisted sputtering technology.

By completing the validation within AGC Interpane's existing production environment, ClearVue demonstrated that its Gen 3 Vision Glass can be incorporated into conventional industrial coating processes without requiring modifications to production equipment.

Technology Supports Energy-Generating Building Materials

ClearVue continues to position its patented glazing technology within the growing market for energy-efficient buildings.

The company's technology integrates photovoltaic functionality into transparent glass used across building façades while preserving visibility and architectural appearance.

Beyond traditional vision glass, the technology has also been applied to rooftop glazing, skylights, balustrades, cladding and spandrel panels. According to the company, these applications are intended to contribute to renewable energy generation while helping offset the operational carbon footprint of buildings.

The latest manufacturing capability complements this strategy by enabling energy-generating glazing to incorporate commercially preferred Low-E coatings through established industrial processes.

Conclusion

ClearVue's latest announcement outlines a manufacturing capability that the company believes differentiates its Gen 3 Vision Glass within the global BIPV market. By enabling soft high-performance Low-E coatings to be applied on surface 4 after photovoltaic lamination, the company says its glazing products can now satisfy an important commercial façade requirement while maintaining renewable energy generation.

The successful validation at AGC Interpane's production facility further demonstrated compatibility with existing industrial coating lines without requiring specialised equipment. The update coincided with a positive share price movement on 3 August 2026 as investors assessed the potential commercial implications of the technology development, although the company has not provided financial forecasts or commercial outcomes associated with the announcement.