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Hero Commercial

Commercial Glazing Solutions

We cover all aspects of commercial glazing, from large commercial building fit-outs and shopfronts to heavyweight flat glass installation and internal partitioning.

We can support commercial projects big or small, with glazing solutions for doors and windows, glass canopies, balustrades, and internal partitioning. Other services offered range from aluminium framing and fabrication through to safety inspections and reporting for renovation assessments.

We also specialise in refurbishing situations where large sections of plate glass, in difficult-to-access locations and at height, demand experienced glaziers with the necessary infrastructure to handle the demands of this type of work.

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Advanced Glass
Technology

At Auckland Glass, we use advanced glass technologies for commercial projects, including energy-efficient Low-E glass for thermal performance and laminated and tempered safety glass for durability. Our smart glass offers on-demand privacy, and solar control glass reduces glare and heat gain. These innovations ensure our solutions are visually stunning, functional, and sustainable.

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  • Energy Efficient Special coating lets in light while retaining heat, enhancing indoor comfort.
  • Reduce Power Bills Cuts heat loss by up to 61% compared to standard double glazing, saving on power bills.
  • Reduce Overheating Solar control options (Xtreme™ Low E, SunX™ Grey Low E, SunX™ Reflect) reduce solar heat by up to 71%, also keep homes warmer in winter.
  • Natural Light VLT (Visible Light Transmission) measures natural light entry. Xcel™ Low E allows 80% light, Xtreme™ Low E allows 74%, ideal for bright spaces. SunX™ Grey and SunX™ Reflect allow less light, suitable for sunny, glare-prone areas.
  • Crafted for
NZ Conditions Low E glass options are tailored for New Zealand, offering various performance benefits.

Laminated safety glass

  • Multi-layer Construction Laminated safety glass consists of two or more layers of glass bonded together with an interlayer, typically made of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA). This design increases its strength and impact resistance.
  • Shatter-Resistant If the glass is broken, the interlayer holds the glass pieces together, preventing them from scattering, reducing the risk of injury from sharp shards.
  • Sound Insulation The interlayer in laminated safety glass acts as a sound barrier, reducing noise transmission and improving acoustic insulation in buildings, vehicles, or other applications.
  • UV Protection Laminated safety glass can block up to 99% of harmful ultraviolet (UV) rays, protecting interior furnishings, fabrics, and occupants from UV-related damage.
  • Durability Laminated glass is highly resistant to impacts, weather conditions, and wear over time, making it suitable for a range of environments.
  • Customisable It can be manufactured with varying thicknesses, tints, and coatings to meet specific aesthetic or functional needs.

Tempered Safety Glass

  • Heat Treatment Tempered safety glass undergoes a specialised heating and rapid cooling process, making it significantly stronger than standard annealed glass. This process increases its tensile strength and resistance to impacts.
  • High Impact Resistance Tempered glass can withstand greater forces, making it ideal for environments prone to high impact, such as doors, windows, and automotive glass.
  • Shatter Pattern When tempered glass breaks, it fractures into small, blunt pieces rather than sharp, jagged shards, reducing the risk of injury. This characteristic is known as “dicing.”
  • Thermal Resistance Tempered glass can endure high temperatures and sudden thermal changes (up to 200°C or more) without cracking or breaking, making it suitable for applications like oven doors and windows in extreme weather conditions.
  • Scratch and Wear Resistance Its toughened surface makes it highly resistant to scratching, wear, and abrasions, maintaining clarity and strength over time.
  • Optical Clarity Despite its strength, tempered safety glass maintains excellent optical clarity, making it ideal for applications where transparency is essential, like in windows, doors, and display cases.

Insulated glass units

  • Multiple Glass Panes Insulated Glass Units (IGUs), also known as double-glazed or triple-glazed windows, consist of two or more glass panes separated by a spacer. This multi-pane construction enhances insulation and energy efficiency.
  • Spacer Bar and Seal The glass panes are separated by a spacer bar, which is typically filled with a desiccant to absorb moisture, preventing condensation between the panes. The edges are sealed to maintain an airtight environment within the unit.
  • Gas-Filled Cavity The space between the glass panes is often filled with an inert gas, like argon or krypton, which further improves thermal insulation by reducing heat transfer compared to air-filled spaces.
  • Low-E Coatings IGUs can be coated with Low-Emissivity  coatings, which help control heat transfer by reflecting infrared heat back inside the building while allowing visible light to pass through. This improves energy efficiency without compromising natural light.
  • Thermal and Acoustic Insulation The multiple panes and air or gas-filled cavity create a thermal and sound barrier, improving both insulation and acoustic performance.
  • Variety of Configurations IGUs can be customized with different glass types, including tinted, laminated, or tempered glass, to enhance performance, aesthetics, or safety.

Acoustic glass

  • Laminated Glass Construction Acoustic glass is typically made from two or more layers of glass bonded together with a special acoustic interlayer, usually made of polyvinyl butyral (PVB) or another sound-dampening material. This interlayer helps absorb and reduce sound vibrations.
  • Sound Insulating Interlayer The key feature of acoustic glass is its specially engineered interlayer that enhances sound insulation. This layer disrupts sound waves, reducing the amount of noise that passes through the glass.
  • Multiple Thickness Options Acoustic glass is available in various thicknesses, allowing customisation based on the level of sound insulation required. Thicker glass or additional layers improve soundproofing performance.
  • Low Sound Transmission Class (STC) Rating Acoustic glass is designed to achieve a higher Sound Transmission Class (STC) rating compared to standard glass. This rating measures the glass’s ability to block sound, with higher numbers indicating better soundproofing.
  • Compatibility with Other Glass Types Acoustic glass can be combined with other features like tinted, Low-E, or laminated glass to enhance its performance for UV protection, energy efficiency, and security, while still providing sound insulation.
  • Double or Triple Glazing Acoustic glass can be used in double or triple-glazed windows for enhanced performance, with multiple layers providing additional barriers to sound transmission.

Fire-resistant glass

  • Multi-Layer Composition Fire-resistant glass typically consists of multiple layers of glass with a fire-retardant interlayer, such as a transparent gel, intumescent material, or ceramic. This construction allows the glass to resist heat and flames for a specified period.
  • Fire Rating Certification Fire-resistant glass is tested and certified to provide fire protection for specific time durations, such as 30, 60, 90, or 120 minutes. These ratings indicate how long the glass can withstand fire exposure without breaking, maintaining structural integrity and preventing the spread of fire.
  • Thermal Insulation Some fire-resistant glass, known as insulating fire-resistant glass, provides thermal insulation by absorbing and blocking radiant heat. This helps protect occupants on the safe side of the glass from extreme heat.
  • Smoke and Flame Containment Fire-resistant glass is designed to contain flames, smoke, and toxic gases, preventing them from spreading to adjacent areas. This feature is critical for allowing safe evacuation and minimizing damage.
  • High Impact Resistance Many types of fire-resistant glass, particularly those with laminated or tempered layers, offer additional strength and impact resistance, ensuring that the glass maintains its integrity even during high-stress situations like explosions.
  • Variety of Types Fire-resistant glass comes in various forms, including wired glass (with embedded metal wire mesh), tempered glass, and laminated fire glass. Each type offers different levels of fire protection and mechanical strength.

Smart glass - commercial

  • Switchable Transparency Smart glass, also known as switchable or electrochromic glass, can change from transparent to opaque or tinted at the flick of a switch. This is typically controlled by electrical current, allowing users to adjust the glass’s opacity on demand.
  • Types of Smart Glass Technology
    • Electrochromic changes opacity when an electrical voltage is applied, transitioning between clear and tinted states.
    • Polymer Dispersed Liquid Crystal (PDLC) turns opaque (frosted) or clear when activated by an electrical current, providing privacy while allowing light through.
    • Suspended Particle Device (SPD) particles within the glass align or scatter in response to electrical input, adjusting between transparent and darkened states.
    • Thermochromic responds to changes in temperature, transitioning between clear and tinted states without electrical input.
  • Light and Privacy Control Smart glass allows users to control the amount of light entering a room or building. It can provide instant privacy in office spaces, bathrooms, and meeting rooms, eliminating the need for blinds or curtains.
  • Energy Efficiency By controlling light and heat transmission, smart glass helps regulate indoor temperatures, reducing the need for artificial lighting and air conditioning.
  • Remote and Automated Control Smart glass can be operated manually via a switch or integrated into automated systems, allowing remote control or scheduling through smart home or building automation systems.
  • UV and Infrared Blocking Many smart glass options block harmful UV rays and reduce infrared radiation, protecting occupants from UV exposure and minimising heat gain from sunlight.

Some of our latest commercial projects

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