AGC PYROPANE,AGC PYROBELITE,AGC PYROBEL VISIONLINE, Boston-antifires.com

AGC PYROPANE,AGC PYROBELITE,AGC PYROBEL VISIONLINE,

Toughened glazing that meet the Integrity criteria (E).Toughened coated glazing that meet the Integrity and Low Heat Radiation criteria (EW).In the event of a fire, PYROPANE in Boston will resist the thermal shock and will remain clear.,Laminated glasses assembled with clear intumescent interlayers that meet the Integrity and Low Radiation criteria (EW) or the Integrity and Insulation criteria (EI). In the event of a fire, the interlayers will expand and transform themselves into a rigid, opaque and?heat absorbing fire shield.
Safety

Fire Resistance classes E30, E60, EW 30 en EW 60, EWef 120 en EIef 45, EI 15, EI 30, EI45, EI 60, EI 90, EI 120
Standard Symetrical Fire Resistance
Safetyglass following EN 12600 (3B3, 2B2 of 1B1 according to product type) in double glazing can be combined with laminated or tempered glass

Design options

Available as single internal glazing, single glazing with UV filter (EC-type) and as double glazing in combination with any other product of AGC glass
Can be layered and doubled with the decorative, burglar and bullet range of AGC in single or double glass
Available in Clear Vision (extra clear glass)

,Pyrobel Vision Line uses multiple Pyrobel fire-rated glazing panels, separated by 4 to 5 mm of Fire Resistant silicone joint - providing you with clear, unobstructed views and the ultimate in fire protection. With the absence of intermediate framing, the Pyrobel Vision Line transparent wall offers continuous views and uncompromising beauty. The Pyrobel Vision Line has been tested for 30, 60 and 120 minutes integrity and insulation (EI - Insulation following EN 13501-2) in steel, aluminium and wooden frames.,

AGC PYROPANE,AGC PYROBELITE,AGC PYROBEL VISIONLINE, Boston Fire resistant glass,fire protection glass,anti fire glass,fireproof glass.

Fire-rated glass is a crucial component in modern architectural design, offering both safety and aesthetic appeal. Let's explore three successful projects that showcase the use of fire-rated glass from leading manufacturers like AGC, VETROTECH, Saint-Gobain, and PILKINGTON, Boston.
1. Project Name: Glass Pavilion at The Toledo Museum of Art
- Manufacturer: AGC
- Details: The Glass Pavilion at The Toledo Museum of Art features an innovative use of fire-rated glass by AGC. The structure seamlessly integrates natural light while meeting stringent fire safety requirements.
- Advantages: By using AGC's fire-rated glass, the pavilion not only ensures the safety of its occupants but also creates a visually stunning space that blurs the boundaries between indoor and outdoor environments.
2. Project Name: Lycée Français de Delhi
- Manufacturer: VETROTECH
- Details: The Lycée Français de Delhi project incorporates fire-rated glass from VETROTECH to enhance both safety and design aesthetics. The use of VETROTECH's products allows for maximum transparency without compromising on fire protection standards.
- Advantages: With VETROTECH's fire-rated glass, the school building achieves a harmonious balance between functionality and elegance, providing a safe environment for students and staff.
3. Project Name: One Central Park, Sydney
- Manufacturer: Saint-Gobain (PILKINGTON)
- Details: One Central Park in Sydney is renowned for its sustainable architecture and innovative use of materials. Saint-Gobain's PILKINGTON range of fire-rated glass contributes to the building's energy efficiency while ensuring compliance with stringent fire safety regulations.
- Advantages: By incorporating Saint-Gobain's PILKINGTON fire-rated glass, One Central Park exemplifies how cutting-edge design can coexist with top-tier safety standards, setting a benchmark for future urban developments.
These successful projects demonstrate how leading manufacturers like AGC, VETROTECH, Saint-Gobain (PILKINGTON) are revolutionizing the use of fire-rated glass in architectural projects worldwide. From enhancing natural light to ensuring occupant safety, fire-rated glass continues to play a vital role in shaping contemporary architectural landscapes.