CFRT Sheet
What are CFRT Sheets?
CFRT sheets (continuous fiber reinforced thermoplastic composite sheets), which is a multi- layer laminated sheets with thermoplastic unidirectional tapes laid at different angles (0°/90°, 45°/45°).This lamination method can compensates for the tensile strength of a single layer of unidirectional tape in the other direction.Continuous fibers give them strong mechanical properties and replace metal materials in many fields. This new type of glass fiber reinforced sheet can also replace traditional thermosetting FRP sheets. Because of its wide range of uses, stable performance, and high cost performance, CFRT sheets have become the first choice for many industries pursuing lightweight.
Application
Automotive Industry: CFRT is widely used in automotive structural parts, interior parts and exterior parts, helping to reduce vehicle weight and improve fuel efficiency.
Aerospace: In the aerospace field, CFRT is used to manufacture lightweight structures and components to improve the performance and efficiency of aircraft.
Sports equipment: Such as bicycle frames, skis, etc., the high strength and lightweight properties of CFRT make it an ideal material for sports equipment.
Electronic products: used to manufacture housings and structural parts, providing good mechanical protection and thermal management.
Construction and Civil Engineering: CFRT can be used to manufacture building components and reinforcement materials to improve the strength and durability of buildings.
Medical devices: In medical devices, CFRT can be used to manufacture lightweight and high-strength equipment and tools.
Wind Energy and Renewable Energy: Used in components such as wind turbine blades to help improve energy efficiency and durability.
✧ Product Drawing
✧ Features
High strength and high rigidity: Continuous fibers provide excellent mechanical properties, making the composite material exhibit high strength and high rigidity when subjected to loads.
Lightweight: Compared with traditional metal materials, CFRT has a lower density and can effectively reduce the weight of the structure, making it suitable for applications that require lightweight.
Excellent heat resistance: The heat resistance of thermoplastic resin enables CFRT to maintain good performance in high temperature environment.
Good corrosion resistance: Thermoplastic composite materials have strong tolerance to chemical media and are suitable for use in corrosive environments.
Recyclability: Thermoplastic materials can be reprocessed at high temperatures and have good recyclability, meeting the requirements of sustainable development.
Processing flexibility: CFRT can be formed through a variety of processing methods (such as hot pressing, injection molding, etc.) to meet different production needs.
Excellent fatigue performance: The use of continuous fibers enables the material to exhibit good fatigue performance under repeated loading.
