ABE Durafibre CFP 100 1.2 Carbon Fibre Plate - 100m

ABE Durafibre CFP 100 1.2 Carbon Fibre Plate is a high-strength, pre-impregnated and extruded laminated carbon fibre reinforcement designed for the external structural strengthening of reinforced concrete and other structural elements. This lightweight strengthening solution is designed to improve load capacity, bending performance and deformation control in existing structures requiring additional reinforcement.

ABE Durafibre CFP 100 1.2 Carbon Fibre Plate is suitable for structural rehabilitation and strengthening applications involving reinforced concrete beams, slabs and other structural members. The plate is bonded to a suitably prepared substrate using compatible durafibre CFP adhesive, creating an external reinforcement system that can enhance the performance of existing structural elements.

The carbon fibre plate can be used to increase structural load capacity and improve bending performance while helping reduce deformation where appropriate. It can also be considered for strengthening structures affected by ageing, corrosion, fire damage, seismic activity or changes to the original design and loading requirements.

Its pre-impregnated, extruded laminated construction provides a consistent reinforcement profile for use in professionally designed structural strengthening systems. Correct preparation of the concrete or structural substrate is essential, while the compatible durafibre CFP adhesive must be applied according to the specified installation requirements to achieve effective bonding.

ABE Durafibre CFP 100 1.2 Carbon Fibre Plate is supplied in 100m rolls, making it suitable for larger construction, structural repair and rehabilitation projects. The roll format allows required lengths to be prepared according to the approved strengthening design and site conditions, providing a practical solution for projects requiring continuous external reinforcement.

For South African construction and infrastructure projects, this carbon fibre plate provides a lightweight method of strengthening existing structural elements without introducing substantial additional dead load. It can be used where improved structural performance is required as part of refurbishment, repair, upgrading or changes in building requirements.

Installation should follow the structural engineer's design, substrate preparation requirements, compatible adhesive specifications and approved application procedures. A qualified structural professional should assess the existing structure and determine the appropriate strengthening system for each project.