Unidirectional Carbon Fiber Fabrics

They are advanced composite materials where the carbon fibres are aligned in a single direction. This specific alignment maximises the strength and stiffness of the material along the direction of the fibres, making it ideal for applications requiring high tensile strength and rigidity in one direction.

Products

Get In Touch With Us

We value your inquiries and feedback. Whether you have questions about our structural strengthening materials, need a quote, or require support, our team is ready to assist you!

+91 9702035271

Contact us

Overview

Unidirectional carbon fibre fabrics are composite materials where fibres run in a single direction, optimising strength and stiffness along that axis. This makes them ideal for applications in aerospace, automotive, sports equipment, and civil engineering. Their high strength-to-weight ratio, corrosion resistance, and thermal stability offer significant advantages in these fields.

The iron industry plays a pivotal role in global economies, driving sectors ranging from infrastructure development to manufacturing and beyond. As a foundational material in industrial production, iron's significance extends to sectors like transportation, aerospace, and renewable energy, where its strength and durability are indispensable. With ongoing advancements in metallurgical technology and sustainable practices, the iron industry continues to innovate, ensuring that this essential metal remains integral to shaping a sustainable and resilient future.

Properties

  • Lightweight and easy to construct, minimally increasing the weight of existing structures
  • Soft and easy to cut, suitable for various shapes, and adheres closely to reinforced concrete surfaces
  • Thin and easy to overlap
  • High tensile strength and flexibility, providing reinforcement equivalent to steel plates
  • Resistant to acids, alkalis, and corrosion, suitable for harsh environments
  • The recommended epoxy resin adhesive has excellent permeability, is easy to apply, and requires minimal time
  • Non-toxic with no irritating odour, safe for construction in occupied areas
  • Carbon fibre fabrics have high tensile strength, 10-15 times greater than ordinary stee
No Fiber Spec. Tensile Strength (Mpa) Weight (gsm) Thickness Width (mm)
UD-F200 12K =3400 200 0.111 100 - 500
UD-F300 12K =3400 300 0.167 100 - 500
UD-F600 12K =3400 600 0.45 100 - 500
Know our clients’ opinions

Success Stories

I've been sourcing unidirectional and bidirectional carbon fibre fabrics from this company for over two years. Their products consistently meet the high standards required for our aerospace applications. The quality, strength, and durability of the fabrics are exceptional. They are excellent in meeting customers’ needs is top-notch, always ready to assist with any queries or special requests.

John D

Aerospace Engineer

1

Orders Delivered So Far

1

Loyal Clients

Our values

Commitment to Quality, Integrity, & Customer Satisfaction

Determined to cultivate long-lasting client relationships, grounded in fairness and excellence across all aspects of our operations. Our dedication ensures unparalleled satisfaction and trust.

Quality Assurance

Delivering high-quality products that meet international standards, ensuring excellence

Close Coordination

Seamlessly collaborating efforts to achieve unmatched synergy, unparalleled quality

Customer Satisfaction

Prioritising clients' happiness by providing outstanding products and fair policies

Main Application

  • Concrete Beam Bending and Shear Reinforcement: These fabrics bolster the structural integrity of concrete beams by providing enhanced bending and shear strength. They effectively distribute loads and resist bending forces, improving the overall performance and durability of concrete structures.
  • Plate Bending Reinforcement: In plate structures, bidirectional carbon fibre fabrics offer reinforcement against bending stresses. They reinforce plates, such as those found in bridges, floors, and walls, to withstand applied loads and prevent premature failure.
  • Columns and Seismic Reinforcement: Bidirectional carbon fibre fabrics play a crucial role in reinforcing columns and other structural elements against seismic forces. They enhance the ductility and stiffness of columns, mitigating the risk of damage during earthquakes and other seismic events.
  • Industrial and Civil Buildings Reinforcement: These fabrics reinforce industrial and civil buildings, including factories, warehouses, and commercial complexes. By improving the strength and stability of structural components, they ensure the safety and longevity of these buildings, even under demanding conditions.
  • Road and Bridge Reinforcement: Bidirectional carbon fibre fabrics reinforce roadways, bridges, and other transportation infrastructure. They enhance the load-bearing capacity of concrete and steel structures, reducing maintenance needs and extending service life.
  • Water Conservancy Reinforcement: In water conservancy projects like dams, reservoirs, and water treatment facilities, these fabrics provide reinforcement against hydraulic pressures and structural loads. They strengthen critical components, ensuring the integrity and reliability of water infrastructure systems.
  • Nuclear Power and Energy Infrastructure Reinforcement: Bidirectional carbon fibre fabrics offer reinforcement solutions for nuclear power plants, energy facilities, and pipelines. They enhance structural resilience, withstand harsh environments, and contribute to the safety and efficiency of energy infrastructure.