FireResistance
Certified fire-resistant glazing systems provide essential compartmentation without compromising on light or design — combining tested integrity and insulation ratings with the acoustic performance the modern workplace demands.
Technishield®
A fire-resistant glazed partitioning system providing integrity protection from 30-120 minutes, with compatible door integration up to 60 minutes of integrity.
- Frame
- Steel
- Max height
- 4000 mm
Technishield® Plus
A fire resistant glazed partitioning system providing 30 to 120 minutes of integrity and insulation, with door options across selected configurations.
- Frame
- Steel
- Max height
- 2320mm to 4000mm depending on fire resistance.
Technishield® Quartz
A butt-jointed screen only glazing system providing up to 90 minutes of integrity and insulation, with unlimited screen widths and high glazed panels.
- Frame
- Steel
- Max height
- 2800mm to 3624mm depending on fire resistance.
Technishield® Door
- Leaf material
- Steel
Technishield® Plus Door
- Leaf material
- Steel
Technishield® Pulse
- Leaf material
- Steel
FAQ's
Yes. Optima fire-resistant systems offer integrity (E) and integrity-plus-insulation (EI) ratings, tested to EN 1364-1 and BS 476 standards. Ratings range from 30 to 120+ minutes depending on the system specified.
"E" (Integrity) means the system contains flames and smoke for the rated period. "EI" (Integrity + Insulation) additionally limits heat transfer to the non-fire side, allowing safe egress past the partition during a fire.
Yes — many fire-resistant systems dual-certify for acoustic performance. Refer to each system page for the tested Rw rating alongside the fire classification.
Fire-rated partitions must be specified with matching fire-rated doors to maintain compartmentation. Each fire-resistant system page lists compatible certified door sets.
Fire rating is determined by building regulations and the compartmentation strategy for your project. Consult your fire engineer or contact our team to verify the rating required for your specific application.