Fire Safety Enhancement for Pitched Roofs and Attics
n today’s world, where safety is of paramount importance, investing in pitched roof fire safety is a decision that ensures confidence in tomorrow. Our advanced materials help preserve what you value most, creating a reliable foundation for the future.
Protecting your building is not just a matter of basic security; it is an investment in peace of mind and asset preservation. The roof, especially a pitched one, is among the most vulnerable components of any building envelope. Because its structural framework typically consists of timber elements, implementing proper pitched roof fire safety measures is critical. In the event of ignition, fire can spread lightning-fast across wooden rafters and combustible OSB sheathing, jeopardizing the entire property and, most importantly, human lives.
We offer an efficient and highly reliable fire protection solution designed specifically for pitched roof fire safety. Utilizing advanced, fire-resistant materials, we engineer a resilient barrier that contains flames and prevents fire propagation. This not only ensures full compliance with strict building codes regarding pitched roof fire safety but also grants precious evacuation time and minimizes property damage.
Product Applications
Due to its high efficiency and versatility, our system is ideal for achieving maximum pitched roof fire safety in both new construction and retrofitting projects:
- Industrial & Commercial Facilities: In environments housing significant material inventories, structural pitched roof fire safety is critical. Our systems are perfectly suited for warehouses, logistics hubs, and manufacturing plants.
- Public & Commercial Buildings: Public safety in high-occupancy venues is a top priority. This system is widely integrated into shopping malls, office complexes, schools, and healthcare facilities to guarantee pitched roof fire safety.
- Infrastructure Projects: Structures that sustain municipal functionality require heavy-duty protection. Our fire-resistant assemblies are deployed in transport hubs, maintenance depots, and aircraft hangars to secure pitched roof fire safety.
- Residential Sector: Perfect for multi-family apartment complexes, private townhouses, and suburban residential developments, ensuring reliable pitched roof fire safety and compartmentalization between living spaces.
Why Choose Our System and Products
- Absolute Non-Combustibility & Fire Safety: Our integrated system and products (including fiber cement boards and mineral insulation) are completely non-combustible (Class A1). In a fire scenario, they do not support flame spread and generate zero toxic smoke.
- Moisture Resistance & Anti-Rot Properties: Due to their high cement content, CPB and FCB boards are entirely unaffected by water, mold, mildew, or rot. The mineral insulation features enhanced hydrophobic properties, guaranteeing the lifelong durability of the roof structure.
- Exceptional Strength & Longevity: The boards feature high density and outstanding mechanical impact resistance. They withstand extreme temperature fluctuations and pest infestations, delivering a maintenance-free service life for decades.
- Finishing Versatility: The board surfaces act as a stable substrate for plastering or seamless architectural painting without compromising the pitched roof fire safety properties of the system..
- High-Efficiency Thermal Insulation & Swift Installation: Our mineral insulation delivers low thermal conductivity combined with superb flexibility. Pre-cut to fit standard rafter spacings (400 mm and 600 mm), it supports both energy efficiency and overall pitched roof fire safety.
Technology products
Cement-Bonded Particle Boards (CPB)
Product Description
Cement-Bonded Particle Boards (CPB) are versatile, high-strength building materials that perfectly combine the structural solidity of cement with the flexibility of wood particles. Unlike wood-based sheets that rely on synthetic adhesives (such as OSB or chipboard), CPB boards are manufactured through eco-friendly compression without the use of toxic resins, phenols, or hazardous chemical additives. This process makes the material exceptionally durable, moisture-resistant, bio-stable, and entirely safe for indoor air quality and human health. The flat, dense surface provides an ideal substrate for various finishing options, including painting, plastering, or tiling.
Product Application
Engineered for multi-functional performance, cement-bonded particle boards (CPB) are heavily utilized across a wide spectrum of construction and retrofitting workflows:
- Framed Construction: Applied as a rigid material for both exterior sheathing and interior wall lining, providing a stable, heavy-duty, and fire-resistant structural core.
- Exterior & Interior Finishing: Used as a reliable, moisture-resistant substrate for modern facade systems, partition walls, suspended ceilings, and protective cladding.
- Structural Fire Safety: Deployed to significantly improve the fire-resistance rating of load-bearing assemblies, utility shafts, and spatial enclosures.
- Flooring & Interfloor Decks: Perfectly suited for dry floor screeds, continuous subfloor decking, and interfloor partitioning under various topcoats.
- High-Moisture Environments: Due to its excellent water resistance, CPB is an outstanding solution for lining bathrooms, showers, commercial kitchens, laundries, and unheated facilities.
- Roofing Systems: Utilized as a continuous rigid substrate for flat or sloped roofs, delivering additional mechanical strength and structural fire protection.
Product Specifications
- Material: Cement-bonded particle board (CPB)
- Density: 1100 – 1400 kg/m³
- Length: 3200 mm, 3000 mm, 2400 mm,
- Width: 1250 mm, 1200 mm
- Thickness: 8, 10, 12, 14, 16, 20, 24, 36 mm
- Moisture Content: 6 – 12%
- Thermal Conductivity (λ): 0.26 W/(m·K)
- Bending Strength (Flexural): Min 9.0 MPa (depending on board thickness)
- Compressive Strength: Min 10 MPa
- Frost Resistance: Minimum 50 freeze-thaw cycles (retaining over 90% of structural integrity)
- Water Absorption (24h immersion): Max 16%
- Organic Core Content: Approx. 8 – 10% (selected wood particles)
- Acoustic Insulation Performance: Up to 30 dB (for a 12 mm thick board)
- Reaction to Fire & Flammability:
- Flammability Class: G1 (Low flammability / Flame retardant)
- Ignitability Class: V1 (Hardly ignitable)
- Smoke Toxicity Index: T1 (Low hazard; does not emit toxic gases or sustain independent combustion)
- Resistance to Mold & Fungi: Exceptionally high, driven by the natural alkaline environment of the cured cement matrix.
Smooth Fiber Cement Boards (FCB)
Product Description
Smooth Fiber Cement Boards (FCB) are advanced, high-tech composite building materials manufactured from premium-grade cement, mineral fillers, and reinforcing cellulose fibers. The defining feature of this product line is its completely smooth and flat surface without any embossed textures. This makes the boards an impeccable, dimensionally stable substrate for any premium architectural or decorative finish, including painting, plastering, or tiling. Offering an ideal combination of exceptional mechanical strength, resistance to harsh environmental impacts, and absolute non-combustibility, smooth fiber cement boards are perfect for clean, modern, and minimalist architectural designs
Product Application
Highly versatile and reliable, fiber cement boards (FCB) are heavily integrated into commercial, industrial, and residential construction due to their superior performance properties:
- Rainscreen Ventilated Facades: An ideal cladding solution for exterior wall systems, providing robust protection against driving rain, wind loads, and UV radiation while ensuring building longevity.
- Decorative Architectural Finishes: Used to design high-aesthetic, durable exterior and interior surfaces capable of mimicking natural textures without their structural vulnerabilities.
- Exterior & Interior Wall Cladding: Applied to create high-traffic, heavy-duty wall surfaces that demand extreme moisture resistance and protection against mechanical damage.
- Fire Safety & Fireproofing: Classified under the non-combustible (NG) category, FCBs are indispensable for structural fire barriers, partition walls, and utility shaft enclosures to maximize fire-resistance ratings.
- High-Moisture Environments: Perfectly suited for lining bathrooms, indoor swimming pools, commercial showers, saunas, and basements due to zero water degradation and immunity to mold or rot.
- Roof Substrates & Ceiling Linings: Utilized as a rigid, fireproof substrate beneath roofing systems and for interior ceiling soffits, particularly within attic spaces and escape routes.
Product Specifications
- Material: Fiber cement board (FCB)
- Density (Average): 1500 – 1600 kg/m³ (high density ensures superior impact resistance)
- Thickness Range: 6, 8, 10, 12, 14, 16, 20, 24, 36 mm
- Standard Dimensions: 3200×1200 mm, 3000×1200 mm, 2400×1200 mm (custom sizes available upon request)
- Flexural Strength (Bending, Dry State): MPa
- Compressive Strength: MPa (indicates extreme resistance to compressive loads)
- Modulus of Elasticity: MPa (determines structural rigidity and shape retention)
- Surface Hardness: MPa (highly resistant to scratches, localized impacts, and vandalism)
- Water Absorption (24-hour immersion): by weight (guarantees dimensional stability in humid climates)
- Frost Resistance: Minimum 150 freeze-thaw cycles without degradation (suitable for extreme sub-zero conditions)
- Thermal Conductivity ():35 – 0.45 W/(m·K)
- Acoustic Insulation Performance: Airborne noise reduction up to 32 dB (for a 12 mm thick board)
- Reaction to Fire & Flammability: Class NG (Non-combustible; does not ignite, smoke, or sustain flame propagation)
- Service Life: 50+ years when installed in accordance with technical guidelines.
Foil-Faced Mineral Insulation Roll
Product Description
Foil-Faced Mineral Insulation Roll is a high-performance thermal insulation material made from premium glass wool, laminated on one side with a durable, reinforced aluminum foil. Due to this composite matrix, the insulation operates like a thermos: the polished foil layer reflects infrared radiant heat back into the interior space while simultaneously acting as a total vapor barrier. The presence of an integrated self-adhesive foil overlap along the edges significantly streamlines and accelerates the installation process, allowing contractors to create a completely airtight, continuous, and energy-efficient insulation envelope without requiring extra joint tapes.
Product Application
Engineered for maximum flexibility, low structural weight, and integrated vapor control, this foil-faced roll is widely utilized in the following applications:
- Comprehensive Thermal & Acoustic Insulation: Deployed in apartments, private residences, and cottages to heavily reduce heat loss and maximize indoor acoustic comfort.
- Attic & Pitched Roof Insulation: Perfectly suited for rafter insulation in attics and lofts, protecting the structural timber frame from indoor moisture condensation.
- Fire Safety in Framed Walls: Integrated into timber and metal framed wall assemblies as a high-grade, fireproof insulation core that does not sustain combustion.
- Siding & Curtain Wall Insulation: Applied behind exterior cladding systems, including vinyl/metal siding, glass facades, and architectural metal panels.
- Balcony & Loggia Insulation: Ideal for transforming balconies into heated spaces, where the radiant heat reflection maximizes efficiency with a minimal insulation profile.
- HVAC & Duct Insulation: Highly effective for wrapping air ventilation ducts, climate control shafts, and large-diameter piping systems.
- Sauna and Steam Room Insulation: The reflective aluminum surface reflects up to 95–97% of radiant heat back into the interior, accelerating heat-up time and creating a “thermos effect.” Concurrently, the heavy-duty foil acts as an impenetrable vapor barrier, shielding timber or metal framing systems from extreme indoor humidity and hot steam.
- Insulation of unused attic floors: The most budget-friendly solution for home thermal insulation, eliminating the need for costly full-roof insulation
Product Specifications
- Core Material: Glass wool (Staple fiberglass fibers)
- Facing Type: Reinforced polished aluminum foil
- Density Range: 9 – 18 kg/m³
- Roll Length: 4000 – 12000 mm (depending on the specified thickness)
- Roll Width: 1200 mm
- Thickness Range: 50, 100, 150, 200 mm
- Thermal Conductivity ($\lambda$): 0.035 W/(m·K)
- Reaction to Fire (Flammability Class): Class A1 (the core fiber matrix is completely non-combustible, zero smoke production, zero flame spread)
- Water Absorption (Partial Immersion): $\le 1$ kg/m²
- Service Temperature Range: From $-60$ °C up to $+200$ °C
- Compliance Standards: TS EN 13162, TS EN ISO 9001, DIN regulations (certified for premium European quality and ecological safety)
Mineral Insulation Roll
Product Description
Mineral Insulation Roll is a next-generation thermal and acoustic insulation material made from premium glass wool, engineered for maximum energy efficiency and reliability. The material features excellent flexibility and resilience, allowing it to fit tightly into structural frameworks and completely eliminate thermal bridging. Due to its advanced fiber structure, the insulation reliably protects buildings from heat loss and frost, withstands accidental condensation exposure, extends the service life of building assemblies, and provides top-tier structural fire protection.
Product Application
Highly flexible and lightweight, this mineral insulation roll is widely integrated across multi-sector construction workflows for insulation, soundproofing, and fire protection:
- Framed Wall Insulation: Used as a non-combustible interior core in timber and steel-framed buildings.
- Attic & Pitched Roof Insulation: Easily fitted between roof rafters to deliver reliable protection against seasonal frost and exterior airborne noise (rain, wind, traffic).
- Siding & Curtain Wall Systems: Perfectly suited for exterior insulation within ventilated facade systems finished with vinyl/metal siding, architectural glass, or metal cladding panels.
- Balcony & Loggia Insulation: Highly efficient for thermal retrofitting of unheated or semi-open spaces.
- Acoustic Interior Partitions: Deployed inside drywalls and interior partition frames to maximize sound dampening and acoustic compartmentalization in residential apartments.
- Insulation of unused attic floors: The most budget-friendly solution for home thermal insulation, eliminating the need for costly full-roof insulation
Product Specifications
- Core Material: Glass wool (staple fiberglass fibers)
- Facing Type: Unfaced
- Density Range: 9 – 18 kg/m³ (ultra-lightweight profile, zero dead-load stress on frameworks)
- Roll Length: 4000 – 12000 mm (depending on the specified thickness)
- Roll Width: 1200 mm
- Thickness Range: 50, 100, 150, 200 mm
- Thermal Conductivity (lambda): 0.035 W/(m·K)
- Reaction to Fire (Flammability Class): Class A1 (completely non-combustible; zero flame spread, zero smoke production, zero toxicity)
- Water Absorption (Partial Immersion): le 1 kg/m²
- Service Temperature Range: From -60 °C up to $+200 °C
- Compliance Standards: TS EN 13162, TS EN ISO 9001, DIN regulations.
Frequently Asked Questions (FAQ)
What is the main advantage of your system compared to conventional solutions?
Our system combines two critical functions: reliable fire protection through the use of non-combustible boards (CPB or FCB) and high-efficiency mineral wool thermal insulation. We utilize silicone-treated, hydrophobic mineral insulation rolls engineered for enhanced moisture resistance. The insulation widths (400 mm and 600 mm, with lengths from 7000 mm) are specifically designed to fit roofing rafters. This guarantees a tight, seamless fit and completely eliminates thermal bridging. As a result, our system delivers substantial energy savings alongside the maximum fire safety rating for your building.
Does the system protect against moisture and mold?
Absolutely. Due to their superior moisture resistance, CPB and FCB boards are completely immune to rotting, mold, or mildew. Additionally, the mineral insulation features specialized silicone treatment to protect the structure against water and condensation. This guarantees long-term durability and preserves all performance characteristics of the assembly for decades