Residential & Commercial Glass Solutions

Premium Glass Products for Every Application

Premium Glass Solutions

At VMS Smart Technology, we offer a comprehensive range of high-performance glass products designed for both residential and commercial applications. Our glass solutions combine safety, energy efficiency, and aesthetic appeal to meet the diverse needs of modern architecture.

From tempered safety glass to energy-efficient double glazing and secure laminated glass, our products are engineered to deliver exceptional performance, durability, and visual appeal for any project.

Tempered Glass Double Glazing Laminated Glass Applications Benefits

Tempered Glass

Tempered glass, often referred to as toughened glass, is a type of safety glass with enhanced strength and breakage resistance. This is achieved through a specific manufacturing process involving controlled heating and rapid cooling, creating a state of high surface compression and internal tension.

Manufacturing Process

Cutting & Shaping

The process begins with cutting the glass to the desired shape, followed by polishing the edges to eliminate sharp edges or burrs.

Heating

The glass is heated to a high temperature of about 600°C (1112°F) in a specialized tempering furnace.

Rapid Cooling

The glass is rapidly cooled through a controlled air or quenching process, creating surface compression and internal tension.

Balancing

The cooled glass is subjected to controlled cooling to balance the internal tension and surface compression, ensuring strength and safety.

Key Properties

Remarkable Strength

4-5 times stronger than regular glass of the same thickness

Increased Safety

When broken, shatters into small, harmless fragments with rounded edges

Better Heat Resistance

Withstands higher temperatures than regular glass

Enhanced Scratch Resistance

More durable surface that resists scratches and abrasions

Uniform Appearance

Consistent optical quality with minimal distortion

Safety Breakage Pattern

Regular Glass

Breaks into sharp, dangerous shards that can cause serious injury

Tempered Glass

Shatters into small, harmless fragments with rounded edges

Double Glazing Glass

Double glazing glass consists of two glass panes separated by a spacer filled with air or gas. This innovative design creates an insulating barrier that significantly improves thermal performance and energy efficiency in buildings.

Manufacturing Process

Glass Cutting

Two glass sheets are precisely cut to the desired size and shape with varying thicknesses depending on insulation requirements.

Spacer Placement

A spacer, typically made of materials like aluminum, is positioned along the edges of one glass pane to establish a gap between panes.

Sealing

The two glass panes, along with the spacer, are carefully sealed together to form a tight and well-sealed unit, preventing moisture entry.

Desiccant Addition

A moisture-absorbing desiccant is added within the spacer to prevent condensation and ensure clarity between panes.

Gas Filling

The gap between panes is filled with insulating gas like argon or krypton, which are denser than air and improve thermal insulation.

Double Glazing Benefits

Thermal Insulation

Reduces heat transfer by up to 50% compared to single-pane glass

Energy Savings

Can reduce heating and cooling costs by 10-20% annually

Noise Reduction

Reduces external noise by 20-35 decibels for quieter interiors

Condensation Control

Minimizes condensation on interior glass surfaces

Enhanced Security

More difficult to break than single-pane glass

UV Protection

Reduces UV radiation that can fade furniture and flooring

Insulating Gas Comparison

Gas Type	Thermal Conductivity	Cost	Performance	Best For
Air	Standard	Lowest	Basic	Budget applications
Argon	34% better than air	Moderate	Excellent	Most residential applications
Krypton	50% better than air	Higher	Superior	High-performance buildings

Laminated Glass

Laminated glass is a safety glass made by bonding two or more layers of glass with an interlayer material, like PVB (Polyvinyl Butyral) or EVA (Ethylene-Vinyl Acetate). This interlayer holds the glass together even when broken, providing exceptional safety and security.

Manufacturing Process

Glass Cutting

Glass layers are precisely cut to the required size and shape

Interlayer Preparation

PVB or EVA interlayer material is prepared and cut to match glass dimensions

Assembly

Glass and interlayer are stacked together in the proper sequence

Lamination

The assembly undergoes heat and pressure in an autoclave to bond layers securely

Laminated Glass Advantages

Safety

Shatters into small, rounded pieces to reduce injury risk.

Durability

Less prone to chips and scratches; longer lasting finish.

Strength

Resists higher impact and stress than regular glass.

Heat Resistance

Withstands higher temperatures; ideal for ovens, fireplace doors.

Interlayer Material Comparison

PVB (Polyvinyl Butyral)

Most common interlayer material
Excellent optical clarity
Strong adhesion to glass
Good UV resistance
Cost-effective solution
Widely available

EVA (Ethylene-Vinyl Acetate)

Enhanced UV stability
Better moisture resistance
Can incorporate decorative elements
Higher temperature resistance
Slightly higher cost
Specialized applications

Applications

Tempered Glass

Applications: Automobile windows, shower doors, glass doors, table tops, balcony railings, glass partitions, display cases, and architectural uses where safety and durability are paramount.

Double Glazing

Applications: Residential and commercial windows, doors, glass facades, skylights, conservatories, and any application where thermal insulation and energy efficiency are priorities.

Laminated Glass

Applications: Windows, facades, skylights, balustrades, soundproof partitions, hurricane-resistant glazing, security glazing, and automotive windshields where safety and comfort are vital.

Comprehensive Benefits

Enhanced Safety

All our glass products are designed with safety as a priority, reducing injury risks in case of breakage.

Energy Efficiency

Our glass solutions significantly reduce energy consumption for heating and cooling, lowering utility costs.

Noise Reduction

Create quieter, more comfortable indoor environments with our acoustic insulation glass products.

UV Protection

Protect your interiors from harmful UV radiation that can fade furniture, artwork, and flooring.

Security

Our glass products provide enhanced security against break-ins and forced entry attempts.

Aesthetic Appeal

Enhance the visual appeal of any space with our high-quality, optically clear glass products.

Technical Specifications

Glass Type	Thickness Range	Strength	Thermal Insulation	Sound Reduction	Safety Rating
Tempered Glass	3mm - 19mm	4-5x stronger than regular glass	Standard	Standard	ANSI Z97.1, CPSC 16 CFR 1201
Double Glazing	12mm - 40mm (total unit)	Standard	U-value: 1.1 - 2.8 W/m²K	STC: 28 - 35 dB	Varies by glass type used
Laminated Glass	6.38mm - 50mm+	Impact resistant	Improved over monolithic	STC: 35 - 50+ dB	ANSI Z97.1, ASTM E1886

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