My Insulate

DOUBLE GLAZED UNIT WITH ARGON & KRYPTON GAS

A double glazed sealed window comprises of two panes of glass. These two glasses are held apart by a ‘spacer bar’. There is an air gap in between each glass, which is sealed around the perimeter. Glass is a good conductor of heat. So, just a single glazed or single pane window will not insulate very well. Air is a poor conductor of heat, and therefore has superior insulating properties. The air gap between the two sheets of glass reduces the heat conduction between the panes. This helps keep more heat inside the building during winter and outside the building during summer.

The overall thickness of the sealed unit, therefore, includes the air gap plus the thickness of the two panes of glass. The air gap between the panes is generally between 12mm to 20mm thick. The thickness does not impact the insulating properties substantially i.e. a 12mm gap sealed unit is almost as good an insulator as 20mm sealed unit. In fact, a 20mm air gap sealed unit allows increased air circulation within, which impacts the insulation negatively. A 16mm air gap is considered the optimum thickness.

The gap between the two panes can also be filled with inert gases, like argon. Argon is popular because it is economical and is about 1/3 better as an insulator than air. Other gases, like Krypton and Xenon are used when higher degrees of insulation are required in smaller and narrower spaces.

Double glazed sealed units are available in various glasses- annealed, toughened, patterned, laminated, Georgian wired, high performance acoustic, fire rated and low tinted which is available with enhanced thermal coating. Double glazed units have many advantages like thermal insulation that works as a barrier to cold winds and draught. Effective insulation leads to lower energy consumption, so such units save you considerable heating and fuel expenses. Double-glazing also keeps out unwanted noise disturbances.

TRIPLE GLAZED UNIT

Triple glazing is far superior in terms of thermal efficiency than standard glazing options approximately 60% more thermally efficient than standard C-rated double glazed windows, and 40% more than standard A-rated double glazing. Triple glazed units provide the same look as a standard double glazed window but with massively better thermal performance figures. High performance triple-glazed units optimise the balance between U-values and g-values to maximise energy efficiency.

NANOGEL UNITS

Nanogel is one of the lightest and most effective insulating materials. It is solid which consists largely of air (95%), constrained with in nano-sized pores that inhibit heat flow through the material , enabling world class performance.
When incorporated into roofs and facades, Nanogel offers architects and building owners a multitude of design benefits. Whether the insulation is horizontal, vertical or at an angle, Nanogel retains its properties, enabling unflinching thermal efficiency while allowing exceptional daylight and optimized building aesthetics without sacrificing, but actually improving occupant comfort and productivity.

The structure of Nanogel inhibits sound and vibration transmission not just by blocking, but by absorbing sound energy, creating significant sound control by reducing external and internal noise transfer. The unique mechanical properties of Nanogel particles enable it to absorb sound across a broad frequency band. Nanogel filled units transmit much less sound than traditional systems, leading not only to a better energy efficiency, but also quieter interior spaces.

Translucent Nanogel is the perfect solution for maintaining and enhancing energy efficiency while enabling a wide range of commercial and residential building design choices.

EXCLUSIVE PROPERTIES OF SHARDA NANOGEL

• Unsurpassed thermal insulation- R-value of 8per inch/U-value of0.64 W/m2K per 25mm
• Increased natural light transmission – 75% per 3/8 inch/80% per cm
• Superior light diffusion – elimination of glare
• Improved acoustic performance
• Reduced solar heat gain/loss
• Decreased energy consumption – heat, air conditioning, lighting, ventilation, carbon emissions.
• Unmatched moisture resistance – 100% hydrophobic
• Exceptional colour stability and insulation performance.

HIGH PERFORMANCE SOLAR CONTROL UNITS

glass can be an attractive feature of a building whilst at the same time minimising, or even eliminating the need for an air conditioning system, reducing running costs of the building and saving energy.

In hot climates, solar control glass can be used to minimise solar heat gain and help control glare. In temperate regions, it can be used to balance solar control with high levels of natural light. Solar control glass can be specified for any situation where excessive solar heat gain is likely to be an issue. For Example – facades, glass walkways, atria and conservatories.

The solar control unit balances the advantages of a high performance and very neutral solar control product with:

• A high light transmission
• A low g-value, which reduces solar gain by as much as 30% compared to standard thermally insulating glass
• An excellent U-value
• A high degree of neutrality both in transmission and exterior reflection.

The coating of windows or the complete building envelope with solar glass film allows the sun’s energy to enter the building and when incorporated into insulating units, significantly reduces heat loss. The effect of the coating is to reflect the long wavelength energy (generated by heating systems, lighting and building occupants) back into the building. However, the transparent coating still permits the transmission of short wavelength energy originating from the sun. Solar control glazing means solar energy is absorbed by the internal surfaces of the building and re-radiated at the longer wavelengths, which are then reflected, by the coating, back into the building.

DOUBLE GLAZED UNITS WITH MANUAL & ELECTRIC BLINDS

Integrated blinds are assembled and permanently sealed within the double-glazing cavity. Once sealed in this totally dust free environment, the blinds require no cleaning, always appear new and are protected from damage unlike external blind systems. Benefits also include enhanced sun shading features and it also enhances the u-value of a sealed unit.

The Main Advantages Offered by Integral Blinds:

• Clean for life
• Protection against damage by encapsulation
• Maintenance free
• No UV degradation
• Improved solar control
• Improved u-valves

The movement of the integral blind is controlled by a radical new magnetic concept, which has been developed to form the basis of the operating system. A pair of rotating magnets, of which one is placed inside the cavity and the other is connected outside, directly control the movement of the integral blind. This system of magnets ensures that the seals around the unit are not affected, thus keeping the blinds completely protected from dust. The magnets have a lifespan of over 100 years, enough to ensure quality usage for as long as one wants.

The blinds are available in a choice of colours and can be ordered in either a Venetian or a Pleated variety. The external controls will be white/clear and all the blinds will be fully colour co-ordinated within the cavity. Internal blinds are ideal for commercial and domestic use as their sealed construction within the double glazed units makes them low maintenance and hygenic, in addition to reducing sun-glare they add increased privacy for offices, hospitals, etc.

DOUBLE GLAZED UNITS WITH GLASS SPACERS

When glass was first used as a structural element within a building, there were many restrictions due to the limited technology. Over the last 15 years it has been possible to make larger and thicker glass units to cope with the increased engineering demands. Traditionally the units were made with a solid spacer around the perimeter, which allowed minimal visual impact. It is now possible to replace the solid spacer bar with a Glass spacer. The glass spacer is bonded to the glass panels either side specially formulated adhesive. The affect is seamless glass, with our structural silicone.

Note : Only two opposite edges per unit can have glass spacers.

UV BONDED GLASS CORNER

Ultra-violet (UV) bonded corners use a special adhesive and ultra-violet light to join interlocking panes of glass without any frame or silicone, creating a practically invisible corner. Both single and

double-glazed panels can be joined in this way, providing a unique touch and a completely uninterrupted view through the glass.

• UV bonded corners are available for spans up to 3400mm long.
• UV bonded corners are available on both single and double-glazed joins.
• Bonded with a special adhesive and UV light.