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TuffX Ambi-SunShade Blue/Low-E 1.0u Double-Glazed Unit Logo

TuffX Ambi-SunShade Blue/Low-E 1.0u Solar Control Double-Glazed Glass Unit

Top-performing blue-tinted double-glazed unit that reflects up to 82% of solar energy and offers increased glare reduction. Toughened, self-cleaning conservatory roof glass providing exceptional 1.0 u-Value whilst limiting light transmittance to 50%. Part of the TuffX Ambience range, Ambi-Ambi-SunShade Blue/Low-E 1.0u maintains the internal temperature of a room, and prevents the uncomfortable and damaging affects of excessive ultraviolet light.

A favourite glass for conservatories with a south facing aspect.

  • Stunning blue tint with high glare reduction
  • High 82% heat reflection prevent excessive heat build-up
  • Low-E coating increases comfort and reduces costs
  • Argon gas improves thermal performance
  • Made from toughened safety glass
  • Easy maintenance self-cleaning glass
  • Warm edge spacer bars prevent heat transfer on edges
  • Arrissed edges for safer handling
BS EN 1863 -1 - Heat Strengthened Glass BS EN 1279 Part 1, 5 & 6 - Hermetically sealed insulated glass units BS EN 14449 BS EN 12150 1-2 - Thermally toughened soda lime silicate safety glass BS EN14179 1-2 - Heatsoaked thermally toughened soda lime silicate safety glass Made in Britain
Ambi-Sunshade/Low-E Double-Glazed Glass Unit (1u)

Ambi-Sunshade/Low-E Double-Glazed Glass Unit (1u)

SKU: TUF-2312-1015
MPN: AMBSSB1.00

Regular price £112.50
Regular price £0.00 Sale price £112.50
Sale Sold out
Tax included. Shipping calculated at checkout.

10+ in stock

Normally despatched in 5 days.
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  • Stepped Edges

    Units can be supplied with stepped edges, that have the outside pane extend beyond the inner panes.

    You can select Stepped Edges above, then choose which edges to apply the step to and what size they should be. Describe postion as viewed from outside.

  • Fan Hole Cutouts

    Sealed units can be supplied with Fan Hole Cutouts for things like fans, flues, and cat flaps.

    You can choose Fan Hole Cutout above, then provide the desired diameter, and position from common presets, or enter your own. Describe position as viewed from outside.

  • Triangles & Shapes

    We can supply sealed double and triple-glazed units in shapes other than standard rectangles with 90° corners. Although the website is not yet able to process them.

    Email sales@trulypvc.com, or call 0161 339 4982, to order triangles, rhomboids and more.

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  • 1. Width & Length

    Enter desired width into the Width (mm) field, and the length into Length (mm).

    Glass units are manufactured to your required width and length. However there are restrictions. Minimum width and length is 300mm, with maximum width of 900mm and length of 3210mm. Contact to discuss larger sizes.

  • 2. Thickness

    Select the required unit thickness from the options provided.

    Double-glazing can be manufactured to 20mm, 24mm, and 28mm. Triple-glazing, used for 0.7 u-Value units, must be 36mm. Usually, units with an area up to 2.5 sq. m. use 4mm glass, above that use 6mm.

  • 3. Fan Hole Cutout

    Tick the Fan Hole Cutout checkbox, then enter required information.

    Ticking the option will reveal additional options to help you get the cutout you want. Enter the diameter of the hole, and then choose a position. Simply select preset positions, or choose bespoke, and enter your own left and top offset.

  • 4. Stepped Edge

    Tick the Stepped Edge checkbox, then enter required information.

    Stepped Edges can be applied to any sides you like, and you can set the size. Having ticked, you'll be able to choose one or more sides to feature a step, and be presented a field into which you can enter the required sizes.

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Take a look at the following Technical Information, and Things to Ask Yourself, for a better understanding of the options. See the FAQ at the bottom of the page for more answers.

Technical Information

Ambi-SunShade Blue Range Comparison Table

 SunShade/Low-E 0.7uSunShade/Low-E 1.0uSunShade/Low-E 1.2uSunShade/Clear 2.7uSunShade/Satin (Privacy) 2.7u
u-Value0.711.22.72.7
CompositionSunShade/Low-ESunShade/Low-ESunShade/Low-ESunShade/ClearSunShade/Satin (Privacy)
Solar Heat Reflection84%82%77%77%-
Light Transmission24%50%27%27%-
Low-EYYYNN
ArgonYYYNN
GlazingTripleDoubleDoubleDoubleDouble
Thickness36mm20mm, 24mm, 28mm20mm, 24mm, 28mm20mm, 24mm, 28mm20mm, 24mm, 28mm
Max. Length3210mm3210mm4000mm4000mm3210mm
Self-CleaningYYYYY

Specification

SpecificationDetail
Spacer BarBlack warm edge spacer bar. Thickness 10-20mm in 2mm increments.
EdgeworkAll edges are arrised (not fully ground) for safe handling.
Unit Thickness20mm, 24mm, 28mm, 36mm (Triple-glazed)
Fan Hole CutoutCutout size and position must meet certain conditions to maintain the integrity of the unit. If choices compromise this, we will contact to discuss.
Colour MatchExact colour match to existing units cannot be guaranteed, as the float glass used in the manufacture of units can be sourced from different manufacturers.
Guarantee10-Years

Manufacturing Limits

SpecificationDetail
Min. Width300mm
Max. Width900mm
Min. Length300mm
Max. Length3210mm
Max. Area2.9m2
Special ResuestUnits can be manufactured upto 1500mm x 4000mm. Contact to discuss.

Manufacturing Tolerances

SpecificationValue
Width and Length+1mm / -2mm
Thickness±1.5mm
Thickness (Float Glass)±2mm for 4-6mm panes, ±43mm for 8-12mm panes, and ±1mm for 15-19mm.
Stepped Edges±3mm for overhangs up to 100mm, and ±4mm for up to 250mm.

Standards & Compliance

StandardAttainment
AccreditationISO9001:2015
Thermally toughened soda lime silicate safety glassEN 12150 1-2
Hermetically sealed insulated glass unitsEN 1279 Part 1, 5 & 6
Laminated glass and laminated safety glassEN12543 1-6
Heat Strengthened GlassEN 1863 -1
Heatsoaked thermally toughened soda lime silicate safety glassEN14179 1-2
Float glass thickness standardEN 572-2

To compare characteristics of the Ambi-Aqua products against others, view the Ambience Conservatory Roof Glass range.

  • How important to you is a low u-Value?

    u-Value describes how well a glass unit resists heat transfer. The lower the value, the less heat transfer, and the more efficient the insulation. Building Regulations require that windows on a new build have a u-Value of no more than 1.2, and replacement windows on existing no more than 1.4.

    Example Scenario

    • If replacing an existing unit, choose a u-Value of 1.4 or less.
    • If you want the most efficient windows, choose 0.7.
    • If requiring privacy choose a satin unit.
  • How important is Solar Heat Reflection?

    Solar Heat Reflection (SHR) is the percentage of energy reflected by the unit. The higher the number, the more heat is reflected away from the room, and the lower the number, the more heat is allowed in.

    Example Scenario

    • If you have a south-facing roof, and the room gets too hot, consider a high SHR score.
    • If you have a north-facing roof, and want more heat, choose a low SHR.
  • How important is Light Transmission?

    Light Transmission is the percentage of light that can transfer through the unit. The higher the number the more light light gets through, and the lower, the less.

    Example Scenario

    • If the window is mostly in shade, and you often require artificial light, consider a high number to maximises natural light.
    • If you often find that too much light gets in and creates glare, then consider a low number.
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Note: Satin units, with their high 2.2 u-Value, fall outside the requirements of Building Regulations. However, satin can be used internally, or in a conservatory that is either unheated, or can be closed off from the main house by doors.

  • Receiving Delivery

    • Drivers will help offload from the vehicle, but the recipient is responsible thereon.
    • At least one person is required on site to receive delivery. For larger units, we recommend two able bodied people.
    • Pads or shrink-wrapping may be applied to protect units during transit.
    • Check carefully to ensure you have all units, and that the labels describe the expected size and specification.
    • We store and handle glass with care, but edges and corners are vulnerable, so check for damage, and inform the driver if you spot any flaws.
    • A redelivery cost will be charge if unable to receive delivery on agreed day.
  • Storing and Handling

    • Units are supplied with arrissed edges, but glass handling gloves should always be worn to further reduce likelihood of cuts, and slippage.
    • Leave any pad or shrink-wrap protection in place until installation.
    • Store in a clean, dry, ventilated space, away from direct sunlight and heat sources.
    • Do not lay glass horizontally. Stand on edge between 3° and 6° from vertical.
    • Prevent bowing, by ensuring that the back of glass is supported.
    • To avoid staining, separate and dry thoroughly if moisture is spotted between stacked units.
    • Double-glazed units weight 20 kg/m2 with 4mm glass, and 30 kg/m2 with 6mm glass. Triple-glazing adds an extra 50% to these respective figures.

FAQs

Can we supply triangles and other shaped units?

Yes! We can supply sealed double-glazed and triple-glazed units to triangular
shapes, and more. We intend to add the ability to order shaped units to the
website, but until then, please email us at sales@trulypvc.com, or call 0161 339 4982.

Can we supply sealed double-glazed units with cutouts?

Yes, we can supply units with cutout notches, and circular holes known as Fan Holes. Fan Hole size and position can be specified above, but you will need to contact us to discuss notches.

What is u-Value?

u-Value describes how well a glass unit resists heat transfer. The lower the value, the less heat transfers through the unit, and the more efficient the insulation. Building Regulations require that windows on
a new build have a u-Value of no more than 1.2, and replacement windows on
existing no more than 1.4.

What is Low-E glass?

Low-E (low-emissivity) glass units have a microscopic heat reflecting coating applied to a surface in the cavity, normally on the inner pane. It can help maintain a comfortable temperature by preventing heat loss during cold spells, and excessive heat gain during warm ones. Low-E can also protect furniture from fading, by reducing ultraviolet (UV) light.

What is Argon glass?

Argon is a non-toxic gas that is often used in the cavity of sealed units. It’s colourless, odourless, and denser than air, which slows convection inside the unit, and so improves thermal performance and energy efficiency.

What are stepped edges?

Sealed insulated glass units can be supplied with stepped edges, that have the outside pane extend beyond the inner panes. Steps provide attractive drip edges that can take rainwater away from the seal, and allow the unit to be seated soundly in certain frames.

How does self-cleaning glass work?

The outside surface of self-cleaning glass has a coating that
reacts with the suns UV (Ultraviolet) rays to trigger a process that loosens
and breaks down dirt particles. The coating attracts water and encourages it to
spread and form a thin film, instead of forming droplets. This film sheets away
quickly and dries without leaving unsightly drying spots. Less dirt and grime
is left behind, resulting in glass that stays cleaner for longer.

What are warm edge spacer bars?

Warm edge spacer bars sit between panes of glass around the perimeter of a sealed unit. It prevents the release of the inert gas within the cavity of a unit. Made from a low thermally conductive material, it also acts as a thermal break to prevent heat transfer at the edges of the window. Warm edge spacer bars improve thermal efficiency, lower heating bills, and reduce carbon emissions.

What are arrissed edges?

Arrissing is the process of removing unevenness and sharp edges. A glass unit with arrissed edges is much safer to handle, and less likely to cause cuts.

What is toughened safety glass?

Toughened safety glass is processed by subjecting panels of glass that are edge worked to a heating and cooling treatment whereby high compressive stresses are set up at the surfaces with balancing tensile stresses in the centre. The high compressive surface stresses that remain are what gives its increased strength.