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Fire-rated tempered glass smoke curtain designed to restrict the spread of smoke and heat during emergencies
High-performance fire-resistant tempered glass provides excellent transparency and visibility
Maintains open architectural designs while enhancing passive fire protection
Helps create safer evacuation routes by containing smoke and improving compartmentation
Crystal-clear glazing allows maximum natural light transmission without obstructing interior views
Engineered to withstand high temperatures and thermal shock during fire events
Durable glass construction resists deformation, discoloration, and performance degradation
Minimalist frameless or slim-frame design complements modern commercial architecture
Suitable for atriums, shopping malls, airports, hotels, hospitals, office buildings, and public facilities
Enhances both fire safety compliance and interior aesthetic appeal
Available in custom dimensions, fire ratings, and project-specific configurations
Compatible with various fire protection and smoke management systems
Ideal for architects, developers, contractors, distributors, and large-scale commercial construction projects
Parameter | Specification |
|---|---|
Material | Fire-Rated Tempered Glass / High Borosilicate Glass |
Thickness | 6mm, 8mm, 10mm, 12mm, 15mm, 19mm (Customizable) |
Fire Resistance Duration | 30 / 60 / 90 / 120 / 180 Minutes |
High Temperature Resistance | Up to 1000°C+ |
Transparency | High Transparency / Clear |
Structure | Single Layer / Laminated Composite |
Certifications | CE, ISO9001, EN 12101-1, BS EN 1634-1, ASTM E119 |
Application | Commercial Buildings, Shopping Malls, Hospitals, Warehouses, Atriums |
Installation Type | Fixed Hanging / Ceiling Mounted |
Warranty | 3-5 Years |
Equipping your commercial facility with advanced smoke containment technology protects both human life and valuable property assets. Our glass smoke curtains are meticulously engineered to deliver uncompromising performance, ensuring your projects exceed modern safety expectations while minimizing maintenance overhead.
Unobstructed Visual Flow: The ultra-clear composition eliminates visual barriers, allowing for expansive, open-concept designs that modern tenants and patrons expect.
Thermal Shock Immunity: Processed through advanced tempering techniques, the glass resists sudden, extreme temperature fluctuations, preventing catastrophic shattering during active fire events.
Architectural Harmony: The frameless edge profile and sleek mounting options ensure the curtain blends invisibly into ceiling architectures, preserving the designer's original vision.
Long-Term Stability: Highly resistant to environmental degradation, the glass maintains its pristine transparency over decades, never succumbing to UV yellowing or internal bubbling.
Streamlined Compliance: Pre-tested to rigorous global standards, these units accelerate project sign-offs and building inspections, saving contractors valuable time and administrative resources.
Understanding the multifaceted capabilities of our smoke containment systems is crucial for making informed procurement decisions. Each dimension of our product has been optimized to solve specific engineering and architectural challenges.
Engineered to withstand extreme temperatures exceeding 1000°C+, providing dependable fire resistance spanning 30 to 180 minutes.
Effectively barricades the spread of lethal smoke and toxic gases, securing vital evacuation routes and ensuring stringent building compartmentation.
Manufactured from premium high-stress tempered glass or specialized high borosilicate glass, delivering 6 to 12 times the mechanical strength of standard float glass.
Exhibits exceptional resistance to severe thermal shock, blunt impact, and harsh environmental weathering, guaranteeing a pristine appearance without yellowing or bubbling.
Rigorously tested and certified to meet stringent international fire safety mandates, including CE, EN 12101-1, BS EN 1634-1, and ASTM E119.
Facilitates frictionless project approvals and ensures unshakeable life-safety compliance for high-occupancy commercial and public infrastructures.
Characterized by a sophisticated frameless or minimal-profile design that maximizes ultra-clear, high light transmittance.
Seamlessly integrates into contemporary architectural blueprints without sacrificing essential natural daylighting or interior visual aesthetics.
Available in an extensive spectrum of thicknesses ranging from 6mm to 19mm, alongside custom dimensional sizing to accommodate exact architectural specifications.
Highly adaptable for diverse, high-traffic environments including sprawling shopping malls, sterile hospitals, corporate office towers, and bustling transit hubs.
Intelligently designed for straightforward, efficient ceiling or structural mounting, significantly reducing on-site labor hours.
Fully compatible with specialized fireproof expansion seals, robust structural silicone, and heavy-duty mounting hardware such as aluminum base shoes or secure clamps.
Supported by an uncompromising 100% factory inspection protocol and comprehensive quality control frameworks.
Delivered with a solid 3 to 5-year warranty and highly responsive after-sales technical support, safeguarding your long-term investment.
Selecting the right manufacturing partner is just as critical as selecting the right materials. We operate as a dedicated extension of your supply chain, providing the scale, precision, and reliability required for massive commercial developments. Our production facilities are optimized for high-capacity output without ever compromising the microscopic details of glass fabrication.
Precision Manufacturing at Scale: Leveraging state-of-the-art glass processing machinery, we ensure every single panel meets exact dimensional tolerances, crucial for large-scale, multi-floor installations.
Dedicated Project Support: From initial blueprint analysis to final delivery logistics, our technical team provides consultative guidance to ensure seamless integration into your specific structural requirements.
Unwavering Quality Control: Every batch undergoes rigorous stress testing and optical inspections, guaranteeing that the products arriving at your job site are flawless and ready for immediate deployment.
Global Logistics Expertise: We understand the critical nature of construction timelines. Our robust packaging and streamlined shipping protocols ensure your materials arrive safely and exactly on schedule, preventing costly project delays.
To assist architects, engineers, and procurement specialists in their evaluation process, we have compiled detailed answers to the most technical inquiries regarding our smoke containment glazing solutions.
High borosilicate glass contains boron trioxide, which drastically lowers its coefficient of thermal expansion. This means it can endure significantly higher temperatures (upwards of 1000°C) and severe thermal shock without shattering, making it superior for extended fire resistance durations (up to 180 minutes) compared to standard tempered glass.
Yes, our systems are engineered for high adaptability. They can be securely anchored to the primary structural slab above a suspended ceiling using heavy-duty steel brackets and aluminum base shoes, allowing the glass to drop seamlessly through the ceiling plane for a clean, invisible architectural finish.
To maintain the integrity of the fire and smoke barrier, all perimeter joints and glass-to-glass seams must be sealed using certified intumescent expansion seals or specialized fire-rated structural silicone. These materials expand upon exposure to heat, hermetically sealing any microscopic gaps against toxic smoke penetration.
We utilize export-grade, heavy-duty wooden A-frame crates, engineered specifically for global transit. Each glass panel is individually interleaved with protective cork pads and moisture-resistant wrapping, then securely strapped to prevent any micro-vibrations or impact damage during ocean freight or overland transport.
Absolutely. Utilizing advanced CNC machinery, we can provide precise custom cutouts, tailored edge polishing (such as flat polished or seamed edges), and specific dimensional shaping to accommodate intricate structural columns, HVAC integration, or unique ceiling topographies prior to the tempering process.
