Our Products
Our products are engineered to deliver superior strength, safety & performance across defense, commercial & architectural applications
Flat and Bend Tempered Glass
Tempered safety glass is made by heating annealed (float) glass uniformly through a furnace to temperatures exceeding 670 C – 700 C. The standard clear, tinted, reflective or Low-E float glass is then transferred to the quenching chamber of the furnace where it is rapidly cooled. This process increases the compression forces on the surface and the tension forces inside the glass, which gives tempered safety glass almost 5 times more strength than ordinary annealed (float) glass of the same thickness, combined with much greater resistance to impact. In conclusion, if this glass is broken the contained stress is released and results in the glass breaking into small particles.
For glass to be considered toughened or tempered, this compressive stress on the surface of the glass should be a minimum of 69 mega Pascal’s (10,000 psi). Our products are used in a wide range of applications from traditional window applications through to interiors and architectural needs
- Glass tempering from 4mm – 19mm
- Tempered safety glass cannot be cut or processed after manufacture
- We produce tempered safety glass to ASTM C1048 : ( 2012) and BS EN12150-1 : ( 2015) for use in buildings
- Maximum flat produced size 2440 mm x 4200 mm
- Maximum bend produced size 2440 mm x 3000 mm
- Clear, Tinted, & all types Coated products, including Double LOW-E glass
Insulated Glass
IGU, more commonly known as double glazing (or double-pane, and increasingly triple glazing/pane), consists of two or three glass window panes separated by a vacuum or gas filled space to reduce heat transfer across a part of the building envelope.
Insulating glass is a very effective way to reduce air-to-heat transfer through the glazing. When used in conjunction with low-E and/or reflective coatings, IG units perform even better for conserving energy and comply with international standards.
The most common configuration of IG units for commercial building is a 6 mm lite, 12mm of air space and a 6mm lite. For home use 5 mm lite, 8mm of air space and a 5mm lite can also be used but this type of IGU will be less energy efficient
Laminated Glass
Laminated glass is a type of safety glass that holds together when shattered. In the event of breaking, it is held in place by an interlayer, typically of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA), between its two or more layers of glass. Laminated glass applications. Skylight glazing, glass balustrades, glass floors and automobile windshields typically use laminated glass.
- Advantages
- The interlayer keeps the layers of glass bonded even when broken, and its high strength prevents the glass from breaking up into large sharp pieces
- Laminated glass is also used to increase the sound insulation rating of a window, where it significantly improves sound attenuation compared to unlaminated single glass panes of the same thickness
- An additional property of laminated glass for windows is that a PVB and EVA interlayer can block essentially most ultraviolet radiation.
Automotive Glass
We produce auto glass to meet industry requirements of automotive sidelights, sunroofs and backlights. Or two sided bend shapes for use in cars, trucks, buses and trains.
Our products are used in a wide range of applications from traditional window applications through to interiors and architectural needs.
- Glass tempering from 4mm – 19mm.
- Tempered safety glass cannot be cut or processed after manufacture.
- We produce tempered safety glass to ASTM C1048 : ( 2012) and BS EN12150-1 : ( 2015) for use in buildings
- Maximum flat produced size 2500 mm x 4200 mm.
- Maximum bend produced size 2500 mm x 3000 mm.
- Clear, Tinted, & all types Coated products, including Double LOW-E glass
Bullet Resistant Glass
BRG glass compositions vary but most common are HST laminated manufactured from several layers of glass bonded together with tough polyvinyl butyral (PVB)/ Ethylene Vinyl Acetate (EVA) interlayers.
The resistant requirements determine the number, and thickness of individual glass layers, thus affecting the overall thickness and weight. On impact the front layers of glass are designed to absorb the bullets initial impact energy by shattering allowing the subsequent glass layers and PVB to absorb the lower level shock waves.
- BRG with Polycarbonate layer:
Some BRG compositions include the use of a polycarbonate layer. Polycarbonate is lighter and stronger than glass and its use allows the manufacturers to reduce overall thickness and greatly reduce weight, especially in no spall variants.
Military-Grade Ballistic Glass
High-performance transparent armor designed for frontline military vehicles, aircraft, and naval vessels. This glass provides multi-hit resistance against high-caliber threats while maintaining optical clarity for critical operations.
- Certifications : NATO STANAG 4569, MIL-STD, NIJ Level III & IV, EN 1063 BR6/BR7
- Threat Level : Up to .50 BMG and armor-piercing rounds
- Key Features : Multi-layer laminate (glass + polycarbonate), anti-spall coating, low optical distortion
- Applications : Armored personnel carriers (APCs), tank windshields, JF-17 canopies, MI-17 helicopters, ship bridges, coastal defense installations
Security & Law Enforcement Armored Glass
Reliable ballistic protection for police vehicles, VIP transport, embassies, and critical infrastructure. This product line balances high protection with practical weight and thickness for mobile and structural applications
- Certifications : NIJ 0108.01 (Level III-A to IV), EN 1063 (BR2-BR6)
- Threat Level : 9mm, .44 Magnum, 7.62x39mm (AK-47), 7.62x51mm NATO
- Key Features : Spall-resistant inner layer, weather-resistant edge sealing, optional acoustic interlayer
- Applications : Cash-in-transit vehicles, police patrol cars, VIP armored sedans, embassy windows, bank counters, judiciary buildings
Critical Infrastructure Blast-Resistant Glazing
Engineered to withstand both ballistic impact and explosive blast pressures, this glazing is designed for high-risk government, energy, and transportation facilities.
- Certifications : EN 1063, ASTM C1172, customized blast-testing protocols
- Threat Level : Ballistic BR1-BR7 with simultaneous blast resistance
- Key Features : Multi-layer laminated architecture, forced entry delay, UV-stable interlayers
- Applications : Nuclear facilities, CPEC project control rooms, power plants, airport control towers, seaport command centers
Commercial Bullet-Resistant Glass
Aesthetically designed for corporate, financial, and public spaces requiring discreet security. Offers proven ballistic protection without sacrificing transparency or modern architectural appeal.
- Certifications : NIJ 0108.01 (Level III-A to IV), EN 1063 (BR2-BR6)
- Threat Level : Handguns (9mm, .357 Magnum, .44 Magnum) and light rifles
- Key Features :Clear or tinted finish, scratch-resistant surface, optional thermal insulation
- Applications : Bank teller stations, hotel lobbies, embassy public counters, corporate executive suites, data centers
Custom-Shaped & Curved Ballistic Glass
Specialized armored glass for non-flat applications, including vehicle windshields, dome roofs, and curved security partitions.
- Certifications : NIJ & EN 1063 as per base threat level
- Key Features : Precision heat-bending process, uniform thickness in curves, compatible with PVB/EVA interlayers
- Applications : Armored SUV windshields, security guard booths, panoramic secure lobbies, marine observation ports
Need a Specialized Solution?
We deliver custom-engineered ballistic and security glass solutions tailored to your exact project requirements, backed by expert consultation and global standards