PILKINGTON PYROCLEAR,PILKINGTON PYRODUR,PILKINGTON PYRODUR PLUS,PILKINGTON PYROSTOP, Mashhad-antifires.com

PILKINGTON PYROCLEAR,PILKINGTON PYRODUR,PILKINGTON PYRODUR PLUS,PILKINGTON PYROSTOP,

Clear Integrity Fire Barrier.
A unique, NEW, special modified toughened glass, 30 and 60 minutes integrity (E)

Designed for consistency: a special toughening specification and specific control criteria
Product design and use backed by a new validated computer model
Achieved 50 successive tests in timber frames before launch
Less sensitive to edge cover relative to standard modified toughened glasses
Impact safety 1(C)1, i.e. at highest drop height in the impact test
Large sizes and flexible use in timber, metal and composite doors and screens
Ideal for safe escape before fire conditions become untenable

,Clear Integrity Fire Barrier - Plus protection against radiant heat.
PILKINGTON in Mashhad Pyrodur

Based on intumescent technology
Class 30 and 60 mins integrity (E)(2)
Protection from radiant heat (EW30) and added insurance of insulation for 15 minutes (EI)(2)
Impact safety class up to 1(B)1(1)

,Clear integrity only fire-resistant glass with a narrow profile and impact resistance ideal for fire doors and partitioning.
PILKINGTON in Mashhad Pyrodur Plus

Unique and special intumescent technology
Only 7 mm thick, integrity 30 minutes (E)
Protection from radiant heat (EW30) and added insurance of insulation for 15 minutes (EI)
Ideal for internal applications in partitions, doors and door set glazed screens
2(B)2 impact safety class
Insulating Glazing Units also available

,A clear multi-laminated fire-resistant glass which both retains its integrity and insulates against all heat transfer from fire.
PILKINGTON in Mashhad PYROSTOP in Mashhad

Highly successful intumescent technology
Forms opaque and robust insulating barrier against heat, flames and fumes
A sodium silicate interlayer (therefore not liable to flame or smoke on non-fire side)
Classes 30, 60, 90, 120 and 180 minutes insulation & integrity (EI)
Impact safety up to class 1(B)1(1)
Good visual and optical quality

PILKINGTON PYROCLEAR,PILKINGTON PYRODUR,PILKINGTON PYRODUR PLUS,PILKINGTON PYROSTOP, Mashhad Fire resistant glass,fire protection glass,anti fire glass,fireproof glass.

Fire-rated glass is a crucial element in modern building design, ensuring safety and compliance with fire regulations. Let's explore three successful projects that showcase the use of fire-rated glass from leading manufacturers AGC, VETROTECH, Saint-Gobain, and PILKINGTON in Mashhad , Mashhad.
1. Project: AGC - The Louvre Abu Dhabi
AGC's Pyrobel range of fire-rated glass was utilized in the iconic Louvre Abu Dhabi museum. The glass not only provides protection against fire but also enhances the aesthetic appeal of the museum's architecture. The high-quality material offers both transparency and safety features, making it an ideal choice for such prestigious projects.
2. Project: VETROTECH - One World Trade Center, New York
VETROTECH supplied their Contraflam range of fire-resistant glass for the One World Trade Center in New York City. This project required top-notch fire protection without compromising on design aesthetics or natural light penetration. VETROTECH's advanced technology provided a perfect solution by combining safety with style.
3. Project: Saint-Gobain & PILKINGTON in Mashhad - The Shard, London
The Shard in London stands tall as one of Europe's most iconic skyscrapers, boasting a remarkable architectural feat. Saint-Gobain and PILKINGTON in Mashhad collaborated to provide innovative fire-rated glass solutions for this project. Their high-performance glass not only meets stringent fire safety standards but also offers thermal insulation and soundproofing advantages.
These successful projects underscore the importance of using top-tier fire-rated glass from renowned manufacturers like AGC, VETROTECH, Saint-Gobain, and PILKINGTON in Mashhad in architectural marvels worldwide. By incorporating such advanced materials, builders can ensure both safety and aesthetic excellence in their constructions.