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At T Grup Cam, our Fire-Resistant Glass is engineered to provide exceptional protection against fire and extreme heat, ensuring safety, structural integrity, and visibility during critical situations. Designed with multi-layered fire-rated materials, our glass solutions delay flame spread, reduce heat transfer, and withstand high temperatures, making them ideal for fire-rated doors, partitions, and façades.
Benefits:
✅ Fire Protection – Prevents the spread of flames and smoke for enhanced safety.
✅ Thermal Insulation – Reduces heat transfer, protecting people and interior spaces.
✅ High-Temperature Resistance – Maintains integrity under extreme heat conditions.
✅ Safety & Security – Provides impact resistance while meeting fire safety standards.
✅ Customizable Solutions – Available in different fire ratings (30, 60, 90, and 120 minutes) to meet project requirements.
Applications:
Our Fire-Resistant Glass meets international fire safety regulations, offering superior protection without compromising aesthetics and transparency.
Ensures safe evacuation by delaying fire and smoke spread.
Reduces panic by providing visibility and controlled fire resistance.
At T Grup Cam, we offer a wide range of fire-resistant glass solutions, combining fire protection with additional functionalities such as burglary resistance, noise reduction, thermal insulation, and light control. Our fire-resistant glass can be integrated with laminated, colored, reflective, and low-emission glass, ensuring both safety and architectural flexibility.
We have the expertise and technology to process fire-resistant glass with short lead times, maintaining the highest manufacturing standards. It is crucial to note that transforming fire-resistant glass into double-glazed units requires specialized manufacturing techniques, as improper handling can compromise its fire-resistant properties. To prevent gel bonding contamination, the glass edges must be protected using special aluminum foil. Contact with aggressive substances in air or water may degrade the glass layers, reducing their fire-resistant effectiveness.
Proper Handling & Installation Precautions
🔹 Precise Installation is Essential – During the fitting of fire-resistant double-glazed units, special precautions must be taken to protect the glass edges from damage. If the protective layer securing the edges is compromised, the glass may lose its fire-resistant properties, leading to faster flame spread and reduced evacuation safety.
🔹 UV Protection Before Installation – If there is a significant time gap between the glass manufacturing and installation, the inner surface must be protected from UV exposure, as it lacks PVB foil protection.
🔹 Client Awareness & Manufacturer Guidelines – Before processing orders, clients must be informed about the general application criteria set by glass manufacturers. The company responsible for processing fire-resistant glass into double-glazed units cannot be held accountable for loss of fire-resistant properties due to improper installation.
At T Grup Cam, we ensure that every fire-resistant glass unit meets international safety standards, providing superior protection and long-term reliability.
At T Grup Cam, our fire-resistant glass products comply with three essential safety criteria defined in building standards, ensuring protection against fire, smoke, and heat transmission.
Fire-Resistant Glass Categories:
🔹 Class E (Fire Resistance):
🔹 Class EW (Fire Resistance & Radiation Retention):
🔹 Class EI (Fire Resistance & Insulation):
The fire-resistant classification of glass is further defined by time ratings (in minutes) indicating how long the glass maintains its fireproof and fire-insulating properties under extreme conditions.
Certification & Compliance
Our fire-resistant glass has undergone extensive testing in various countries, meeting local safety standards. However, in accordance with building regulations, certifications apply to complete fire-resistant glazing systems, not to individual glass panes. Investors and project managers must obtain certification from the system manufacturer or supplier, as the fire-resistant properties depend on the full glazing system, including frames and installation methods.
UV Protection & External Applications
Fire-resistant glass used in external applications must be protected against UV radiation. Since the gel layers in fire-resistant glass are sensitive to UV exposure, external installations require additional PVB foil protection on the most exposed glass surface. For internal applications, fire-resistant glass should be placed at least 3.5 meters away from an unprotected external glass surface to prevent UV degradation.
At T Grup Cam, we provide customized fire-resistant glass solutions that meet international safety standards, ensuring optimal fire protection for commercial, industrial, and residential projects.
Product | Type* |
| VSG 44.2 Thermofloat/ 8 /Pyrobelite 7 | EW 30 |
| VSG 44.2 Thermofloat/ 8 / Pyrobel 16 | EI 30 EW 60 |
| VSG 44.2 Thermofloat/ 8 / Pyrobel 17N | EI 45 |
| VSG 44.2 Thermofloat/ 8 / Pyrobel 25 | EI 60 |
| VSG 44.2 Thermofloat/ 8 / Pyrobel 30 | EI 90 |
*The classification of resistance has been presented on the basis of tests carried out for the complete system. In the case of using another system or elements of a different system to that shown in the approvals, the classification of fire-resistance may not be achieved.
| Trade name | Type | Thickness [mm] | Thickness tolerance [mm] | Minimal dimension * [mm] | Weight [kg/ m2] | Rw (C,Ctr) [dB] | LT [%] | Safety class EN 12600 | ||
| PYROBELITE 7 | EW30 | 7,9 | +/- 0,9 | 100 x 500 | 17 | 34 (-0,-3) | 88 | 3(B)3 | ||
| PYROBELITE 9 EG | EW30 | 12,06 | +/- 1,0 | 100 x 500 | 28 | 37 (-1,-2) | 86 | 1(B)1 | ||
| PYROBELITE 10 | EW30 | 11 | +/- 1,0 | 100 x 500 | 26 | 37 (-1,-3) | 87 | 2(B)2 | ||
| PYROBELITE 12 | EI 20, EW 60 | 12,3 | +/- 1,0 | 100 x 500 | 27 | 36 (-1,-3) | 87 | 2(B)2 | ||
| PYROBEL 8 | EI15, EW30 | 9,3 | +/- 1,0 | 100 x 500 | 20 | 34 (-1,-3) | 88 | – | ||
| PYROBEL 8 EG | EI 15, EW 30 | 13,1 | +/- 1,3 | 100 x 500 | 28 | 36 (-1,-3) | 87 | 1(B)1 | ||
| PYROBEL 16 | EI 30, EW 60 | 17,3 | +/- 1,0 | 100 x 500 | 40 | 39 (-1,-3) | 85 | 2(B)2 | ||
| PYROBEL 16 EG | EI 30, EW 60 | 21,2 | +/- 1,5 | 100 x 500 | 48 | 39 (-1,-3) | 84 | 1(B)1 | ||
| PYROBEL 17 N | EI 45 | 17,8 | +/- 1,6 | 100 x 500 | 40 | 39 (-0,-3) | 86 | 1(B)1 | ||
| PYROBEL 17 N EG | EI 45 | 21,6 | +/- 1,8 | 100 x 500 | 48 | 40 (-1,-3) | 85 | 1(B)1 | ||
| PYROBEL 25 | EI 60 | 26,6 | +/- 2,0 | 100 x 500 | 60 | 40 (-1,-3) | 82 | 1(B)1 | ||
| PYROBEL 25 EG | EI 60 | 30,4 | +/- 2,0 | 100 x 500 | 68 | 43 (-1,-4) | 80 | 1(B)1 | ||
| PYROBEL 30 | EI 90 | 30,0 | +/- 2,5 | 100 x 500 | 69 | 42 (-1,-4) | 81 | 1(B)1 | ||
| PYROBEL 30 EG | EI 90 | 33,7 | +/- 2,8 | 100 x 500 | 77 | 43 (-1,-4) | 80 | 1(B)1 | ||
| PYROBEL 30 EG2 | EI 90 | 37,5 | +/- 3,0 | 100 x 500 | 85 | 44 (-1,-4) | 80 | 1(B)1 | ||
| PYROBEL 54 | EI 120 | 54 | +/- 3,0 | 100 x 500 | 124 | 49 (-1,-4) | 75 | 1(B)1 | ||
| PYROBEL 54 EG | EI 120 | 57,8 | +/- 3,0 | 100 x 500 | 132 | 49 (0,-3) | 74 | 1(B)1 | ||
| PYROBEL 19H | EI 30 | 19,1 | +/- 1,5 | – | 43 | 38 (-1,-3) | 85 | 1(B)1 | ||
| PYROBEL 23H | EI 45 | 23,7 | +/- 1,8 | – | 54 | 39 (-0,-3) | 83 | 1(B)1 | ||
| PYROBEL 28H | EI 60 | 28,4 | +/- 2,0 | – | 63 | 41 (-0,-3) | 78 | 1(B)1 | ||
| PYROBEL 33H | REI 60 | 33,2 | +/- 2,5 | – | 77 | 44 (-1,-4) | 80 | 1(B)1 | ||
| *Relates to double-glazed glass sheets **Dimensions tolerance [mm] +/- 2 mm EG – External glazing H – Horizontal glazing | ||||||||||
In order to facilitate the changes, we have adopted ISO 14001, the worldwide management system for environmental protection.