XPERT PROFIBER CP SYSTEM

DESCRIPTION
The XPERT PROFIBER CP SYSTEM is a heavy-duty structural strengthening solution utilizing advanced carbon fiber reinforced polymer (CFRP) plates. This system is designed to reinforce and strengthen a variety of structural materials including reinforced concrete, masonry, stonework, aluminum, and timber. The system consists primarily of high-strength CFRP plates combined with a specially formulated epoxy adhesive that bonds the carbon fiber reinforcement securely to the substrate. Available in different thicknesses and widths, the system offers a durable and effective means of improving the structural integrity of buildings and infrastructure.
BENEFITS
The XPERT PROFIBER CP SYSTEM provides multiple advantages, including its ease of installation and cost-effectiveness. Due to its thin profile, it preserves valuable space while allowing efficient jointing and forming. Its lightweight nature facilitates easy transportation and handling on site. The system supports various design needs due to its availability in different strength grades and sizes, making it adaptable for a wide range of structural requirements. Furthermore, it enhances crack control, reduces deflection and deformation, and helps reduce stress on existing steel reinforcements. The system is compliant with recognized international standards, ensuring reliability and high performance in structural strengthening applications.
PACKAGING
he XPERT PROFIBER CP plates are supplied in convenient rolls of 100 meters, available in two main thicknesses—1.2mm (CP-120) and 1.4mm (CP-140)—with widths of either 50mm or 100mm. The epoxy adhesive used to bond the plates, known as XPERT PASTE EPOXY, is packaged as a twin-component system in 5 kg packs, ensuring ease of mixing and application onsite.
APPLICATION
This CFRP strengthening system is ideal for multiple structural improvement needs such as: Adapting to changes in structure use or load, including increased live or dead loads and new dynamic traffic loads, or the installation of heavy machinery. Correcting design or construction defects like insufficient member dimensions or lack of steel reinforcement. Complying with updated standards, seismic design requirements, or statutory regulations. Enhancing serviceability by controlling cracks and reducing deformations and steel stresses. Repairing structures affected by aging, reinforcement corrosion, impact damage, or natural disasters. Accommodating after-construction modifications such as creating openings in structural members or removing load-bearing elements.
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