AGC PYROPANE,AGC PYROBELITE,AGC PYROBEL VISIONLINE, Kirkuk

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 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, Kirkuk in Kirkuk- fire-rated glass,fire resistant glass,fire protection glass,anti fire glass,fireproof glass.


Fire-rated glass is an essential component in ensuring safety and compliance with building regulations. Here are three successful projects that exemplify the use of fire-rated glass from leading manufacturers AGC, VETROTECH, and Saint-Gobain PILKINGTON in Kirkuk :
1. Project Name: Office Tower Renovation (AGC Fire-rated Glass)
- Description: AGC's fire-rated glass was utilized in the renovation of a high-rise office tower to enhance both safety and design aesthetics. The glass provided crucial protection against smoke and flames in critical areas while allowing natural light to flow through the building, Kirkuk.
- Advantages: AGC fire-rated glass combines safety with style, offering superior fire resistance properties without compromising on visual appeal.
2. Project Name: Hotel Lobby Upgrade (VETROTECH Fire-rated Glass)
- Description: VETROTECH's fire-rated glass was chosen for a high-end hotel lobby upgrade to create a safe yet visually stunning environment for guests. The glass not only met stringent safety requirements but also added a touch of elegance to the space.
- Advantages: VETROTECH's fire-rated glass offers premium protection against fire hazards while enhancing the overall ambiance of any space.
3. Project Name: Commercial Complex Expansion (Saint-Gobain PILKINGTON in Kirkuk Fire-rated Glass)
- Description: Saint-Gobain PILKINGTON in Kirkuk 's fire-rated glass played a vital role in the expansion of a large commercial complex by providing reliable fire protection without compromising on transparency or design flexibility. The glass contributed to creating a secure environment for occupants.
- Advantages: Saint-Gobain PILKINGTON in Kirkuk 's fire-rated glass offers exceptional clarity and performance, making it an ideal choice for projects where both safety and aesthetics are paramount.
These successful projects demonstrate how top manufacturers like AGC, VETROTECH, and Saint-Gobain PILKINGTON in Kirkuk are revolutionizing the use of fire-rated glass in modern construction practices. By combining advanced technology with innovative design, these companies are setting new standards for safety and functionality in architectural applications.

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