Key performance features include
Vacuum sputtered low-e coatings applied to the glass surface reduce infrared heat transfer while allowing visible light to pass through.
The sealed cavity, often filled with air or argon gas, minimizes heat conduction and improves U-value performance.
Reduced heat gain in summer and heat loss in winter lowers HVAC demand, contributing to long-term energy efficiency.
Improved indoor temperature stability and reduced condensation on interior surfaces.
Low-e IGU is to be manufactured to comply with global safety and performance standards, ensuring reliability across diverse markets:
Defines IGU durability and performance, testing seal integrity, moisture resistance, gas retention, and fogging prevention.
Certification program ensuring IGUs meet ASTM E2190 requirements through audits, sample testing, and long-term performance verification.
Governs IGU performance, covering moisture penetration, gas leakage, mechanical strength, optical quality, and thermal insulation durability.
Establishes IGU requirements for durability, moisture resistance, gas retention, and long-term thermal performance in buildings. By adhering to these standards, South Star ensures its laminated glass solutions meet international benchmarks for safety, durability, and sustainability, making them suitable for both local and global projects.
Your Trusted Partner
Glaspedia is recognized as a reliable supplier of Low-E IGUs for major commercial and residential developments in Hong Kong and beyond.
At 470 Hennessy Road in Hong Kong, South Star supplied both Low‑E IGUs and BIPV IGUs for the landmark commercial tower, integrating renewable energy generation while ensuring high energy efficiency and full compliance with stringent façade performance requirements.
At The Henley, Hong Kong, Glaspedia’s flat and curved Low‑E IGUs provide superior thermal comfort and sustainability, meeting the demands of modern living in a dense metropolitan environment. The uniform coating color across both flat and curved units ensures optimal façade aesthetics and architectural consistency. These projects highlight South Star’s ability to deliver high-performance glazing solutions that meet both architectural vision and regulatory demands.
Beyond energy efficiency, South Star enhances IGUs by integrating laminated glass technology. This combination provides:
- Safety: Laminated layers ensure impact resistance and fragment retention, meeting international safety codes.
- Security: Enhanced resistance to penetration for façades.
- Design Flexibility: Options for acoustic interlayers, decorative printing, or BIPV integration expand architectural possibilities.
South Star LowE Insulated Glass Units represent the convergence of energy efficiency, safety, and sustainability. With proven performance in landmark projects such as 470 Hennessy Road and The Henley, and the ability to combine lamination with IGUs, South Star continues to deliver glazing solutions that meet the evolving demands of modern architecture and urban development.
Frequently Asked Questions
Low-E coatings are applied to glass surfaces to reduce infrared heat transfer. They block unwanted external heat while letting visible light pass through, thereby improving thermal insulation and lowering HVAC energy demands.
South Star Low-E IGUs are manufactured to meet global standards including ASTM E2190 (USA), IGCC/IGMA Certification (USA/Canada), EN 1279 (Europe), and AS/NZS 4666 (Australia/New Zealand).
Yes. Integrating laminated glass technology into IGUs provides enhanced structural safety, high impact resistance, improved security against penetration, and additional design options such as acoustic control or BIPV integration.
Glaspedia and South Star have supplied glazing solutions for prominent developments in Hong Kong, including the commercial tower at 470 Hennessy Road and the residential development The Henley.
By maintaining a uniform coating color across both flat and curved glass units, South Star ensures seamless aesthetic consistency and architectural harmony across the entire building facade.