Owens Corning Cem-FIL AR Fibres 12mm for Concrete Reinforcement 13kg

Owens Corning Cem-FIL Alkali-Resistant (AR) glass fibres are specifically designed for cement-based applications such as Glass Fibre Reinforced Concrete (GFRC), mortars, and composite cements. With proven compatibility in cementitious environments, these bundled AR fibres excel at enhancing concrete strength and durability—making them a versatile, cost-effective solution for both commercial and residential construction projects.

Key Features & Benefits

1. Alkali Resistance
   • Engineered to endure the high-alkali environment of concrete, preventing fibre degradation over time.
   • Enhanced Durability: Retains strength despite prolonged exposure to cementitious materials and harsh weather conditions.
2. Improved Mechanical Performance
   • Increased Flexural Strength: Bundled AR fibres distribute loads evenly, minimising bending and cracking under stress.
   • Reduced Cracking: Helps control micro-cracks, extending the service life of finished products.
   • Superior Impact Resistance: Absorbs and disperses energy from impacts or vibrations, reducing damage to concrete elements.
3. Excellent Workability
   • Uniform Dispersion: Fast, even distribution throughout concrete or mortar mixes, eliminating clumps and simplifying batching.
   • No Floating or Sinking: Fibres remain suspended in the mix, ensuring consistent reinforcement across the matrix.
   • No Entrapped Air: Maintains the desired concrete density without introducing air pockets.
4. Cost & Time Efficiency
   • Lower Material Costs: Generally less expensive than steel reinforcements, making GFRC more affordable to produce.
   • Ease of Installation: Requires no specialised tools or additional labour, speeding up construction timelines.
5. Lightweight & Sustainable
   • Reduced Structural Loads: Lighter weight fibres lessen the overall load on foundations and structural components.
   • Environmentally Friendly: Fully recyclable and emissions-free during production, supporting greener building practices.

Performance Highlights

• Chemical Resistance: Withstands exposure to de-icing agents and other corrosive chemicals.
• Extended Concrete Lifespan: Long-term durability minimises maintenance and repair costs.
• Aesthetic Versatility: Ideal for GFRC elements requiring both structural performance and design flexibility (e.g., thin-walled panels, architectural details).

Recommended Applications

1. Glass Fibre Reinforced Concrete (GFRC)
   • Architectural façades, decorative panels, and formwork for lightweight, high-strength concrete components.
2. Precast Concrete Products
   • Balusters, fences, planters, and other precast items benefiting from robust yet adaptable reinforcement.
3. Mortars & Composite Cements
   • Reinforces repair mortars, overlays, and speciality cement mixes where superior crack control and durability are vital.
4. High Traffic & Impact Areas
   • Industrial floors, road barriers, and similar installations subject to vibration, impact, or heavy loads.

Why Choose Owens Corning Cem-FIL AR Fibres?

• Proven Track Record: Owens Corning is a global leader in glass fibre innovation, ensuring consistent quality and performance.
• Long-Term Value: Reduced risk of cracks, corrosion, and ongoing maintenance lowers the total life cycle cost.
• Versatile Use: Suitable for a wide range of cement-based applications, from ornate decorative features to load-bearing structural elements.
• Eco-Conscious Choice: Aligns with sustainable building practices through recyclability and minimal environmental impact.

Owens Corning Cem-FIL AR Fibres 18mm deliver a powerful combination of strength, durability, and flexibility for contemporary concrete reinforcement needs. Whether you’re developing intricate GFRC panels or sturdy precast components, these alkali-resistant fibres offer a cost-effective, environmentally responsible approach to elevating concrete performance. Protect and prolong your projects with Cem-FIL AR Fibres—engineered to enhance service life and address the limitations of traditional steel reinforcement.

MSDS