Virtual Bridge is Aluflam's regional trading partner for the GCC and Africa — meaning Virtual Bridge is the authorised channel through which Aluflam fire-rated glazing products are supplied, ordered, and supported across these territories. Aluflam manufactures and independently fire-tests the systems to UL and EN certification standards. Virtual Bridge manages everything on the regional side — fire strategy coordination, opening verification, factory order configuration, import logistics, customs clearance, site installation by factory-trained teams, commissioning, and warranty registration. This relationship means clients across the GCC and Africa do not need to deal directly with a specialist fire-rated glazing manufacturer for lead times, shipping, customs, or installation — Virtual Bridge provides a single regional point of contact for the complete product lifecycle, including the fire test documentation required for Civil Defence submission.

Conventional fire-rated glazing has historically relied on solid steel framing profiles significantly wider and visually heavier than standard commercial aluminium glazing — a compromise architects accept reluctantly because until relatively recently, achieving fire ratings above 20 or 30 minutes required this bulkier steel construction. Aluflam's system uses a steel-reinforced aluminium composite profile that achieves fire ratings up to 120 minutes while maintaining sightline dimensions comparable to standard non-rated commercial aluminium glazing systems. This means a fire-rated boundary — an atrium wall, a stairwell enclosure, a compartmentation opening — can be specified using the same narrow, visually consistent framing language as the rest of the building's non-rated glazing, rather than creating a visually obvious and architecturally compromising transition to heavy steel framing wherever a fire rating is required. This is the core reason architects and fire engineers specify Aluflam over conventional fire-rated steel systems on premium projects where design continuity matters.

Fire resistance ratings for glazing assemblies are classified by the performance criteria they meet during the fire test. An E rating (Integrity) means the assembly prevents the passage of flame and hot gases for the rated duration, but does not limit the amount of radiant heat that passes through the glass — meaning a person standing close to an E-rated glass wall during a fire could still experience significant radiant heat, even though the glass itself has not failed. An EI rating (Integrity and Insulation) means the assembly meets the integrity requirement and also limits the temperature rise on the non-fire side of the glass to a specified maximum — providing genuine occupant protection on the protected side, not just a barrier against flame and smoke passage. Fire engineers specify EI-rated glazing where occupants or escape routes are located close to the fire-rated boundary and could be harmed by radiant heat even if the glass itself remains intact — a stairwell enclosure or an atrium boundary adjacent to an occupied corridor typically requires EI rating. E-rated glazing may be acceptable where the boundary is further from occupied areas or where the fire strategy accounts for the radiant heat differently. Virtual Bridge specifies the correct rating classification based on the project's fire engineer's strategy documentation.

Yes — this is one of the primary reasons Aluflam is specified over conventional fire-rated alternatives. The narrow-profile steel-reinforced aluminium framing is designed to closely match the sightline dimensions of standard commercial curtain wall and window systems, allowing a fire-rated bay or opening to sit within a larger facade or interior glazing scheme without a visually jarring transition. Where the project also includes Virtual Bridge's aluminium contracting scope, the Aluflam fire-rated openings are coordinated and detailed alongside the surrounding non-rated curtain wall from the design stage — matching mullion sightlines, finish colour, and glazing appearance as closely as the certified assembly specification allows, so that the fire-rated zone reads as a continuous part of the building's glazing design rather than a visibly different, compromise-driven fire safety feature.

A fire-rated glazing assembly's certified fire resistance performance is the result of the exact tested configuration — the specific framing profile, glass type and thickness, interlayer materials, gasket and seal specifications, and fixing method used in the independent fire test that produced the certification. This is fundamentally different from non-rated glazing, where component substitution generally has no safety consequence. In a fire-rated assembly, any deviation from the certified specification — even one that appears minor, such as substituting a different glass interlayer or using a non-specified sealant — invalidates the fire test certification, because the assembly as actually installed is no longer the assembly that was tested. This means fire-rated glazing installation requires strict adherence to the manufacturer's certified assembly drawing, without on-site substitutions or modifications that a general glazing contractor might otherwise make routinely. Virtual Bridge's factory-trained installation teams install every Aluflam system to the certified assembly specification for exactly this reason — the fire rating is only valid if the installed assembly matches the tested one precisely.

Yes. Virtual Bridge provides planned preventive maintenance for installed Aluflam systems — covering door closer and hinge inspection and adjustment, glazing gasket and seal condition assessment, fire alarm release interface functional testing, panic hardware and access control integration testing, and visual inspection for any damage or deterioration that could affect fire performance. Maintenance frequency is typically annual, aligned with the building's broader fire safety inspection and maintenance programme, since fire-rated door and glazing systems are frequently subject to periodic fire safety compliance inspection requirements under GCC Civil Defence regulations. This maintenance is particularly important because, unlike standard glazing, any deterioration or damage to a fire-rated assembly component potentially compromises its certified performance — Virtual Bridge's maintenance inspections specifically check for conditions that could affect fire rating validity, not just general cosmetic or functional condition. Spare parts supply matched to the certified assembly specification, and reactive call-out support, are also available across all Virtual Bridge operating territories.