FRP Toothed Tube is a high-performance composite material tube that incorporates a specific toothed shape on its inner and outer surfaces to enhance structural rigidity and connection strength. This material combines lightweight, high strength, and corrosion resistance, making it suitable for use in automation machinery, automotive manufacturing, and construction engineering among other fields.
Automated machinery
Precision Positioning Devices:FRP Toothed Tube's teeth are designed to mesh precisely with gears or other toothed fittings, ensuring that components in the drive train can be positioned with high precision. This is critical for automated equipment that requires high precision operations, such as CNC machine tools or assembly robots.
Drive shafts:In drive shaft applications, the toothed outer surface enhances friction, prevents slipping and ensures efficient power transmission. They are particularly suitable for heavy load and high torque scenarios, such as large conveyors or drive systems in automated production lines.
Automotive manufacturing
High-performance connectors:The toothed structure of the FRP Toothed Tube can be used as a connector between the body and chassis, providing a stronger connection by engaging the teeth and increasing the overall rigidity and safety of the vehicle. It is suitable for parts that require high strength and stability, such as suspension systems and crash beams.
Engine Mounts:FRP Toothed Tube is used in engine mounts. The toothed design effectively disperses stress, reduces vibration and noise, and improves ride comfort.
Construction
Modular building components:FRP Toothed Tube's toothed design allows it to easily engage with other modular components for quick erection and dismantling, making it suitable for temporary buildings, exhibition halls and emergency rescue facilities.
Reinforcement and connectors:In reinforcement works for bridges or high-rise buildings, the toothed outer surface of FRP Toothed Tube provides higher friction and joint strength, helping to improve the overall stability and seismic performance of the structure.
Material
High-strength glass fibers and high-quality resin
Dimensions
Customizable to different lengths and diameters according to customer needs
Color
Standard color is gray, other colors can be customized to fit different application environments
Standards
Complies with international quality and safety standards
Framework stability
Superior corrosion resistance
lightweight
Easy to install
High Strength
customisable
Durability
Non-Conductive
Non-Magnetic
Thermal Stability
Low Maintenance Costs
Low Thermal Conductivity