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1.Flexible Rods Being Applicated in Agriculture-Support Stake
In recent years, driven by a large number of pioneering agricultural workers, fiberglass stake has slowly entered farm fields and applied to small arch sheds, grape sheds, plant winding poles, and so on. FRP plant support stake has a long lifespan which can be used for more than ten years. Compared with traditional bamboo slices, thin bamboo poles, and wood stakes, it saves a lot of manpower and material resources. In addition, the strength of fiberglass poles exceeds that of steel. It has good toughness, no deformation when used up, and is easy to bend, cost-effective..
In many large-scale agricultural bases, agricultural fiberglass stakes have largely replaced traditional bamboo stakes. The products are scientifically feasible, labor-saving and uniform.
2.Carbon fiber rods for frames and trusses
Carbon fiber rods have a high stiffness-to-weight ratio (specific tensile modulus) and are ideal for light-frame structures. Frames and trusses are usually constructed using carbon fiber rods as reinforcement material. Carbon fiber components do not rust and are resistant to a variety of solvents and chemicals. This makes it ideal for use in industrial frame structures and other frame types in contact with elements or chemicals.
In the stringed instrument industry, luthiers use carbon fiber rods as truss rods to strengthen their necks. This will secure or prevent the neck from twisting or bending. Carbon fiber rods are also used to strengthen the spines in instruments such as ukuleles and cellos.
3.Remote control of carbon fiber rods in the project
Check all RC message boards and place carbon fiber on them. Remote control enthusiasts especially like the use of carbon fiber rods in the construction of their projects. Whether building remote-controlled cars, planes, helicopters, drones or anything else, the lightweight strength of carbon fiber is often the difference between a project’s performance and its failure. Here are some examples:
1.Strengthen the overall RC program
2.Establish a framework
3.Create a tail beam
4.The anchor line in place
RC enthusiasts find that carbon fiber rods of all sizes have many uses. Drones in particular benefit from the strong, lightweight material. The use of carbon fiber could mean whether to get off the ground or survive a collision. With a high Young’s modulus (stress/strain ratio) and a density of 1.5 g/cm 3, carbon fiber is an ideal material.
4.Carbon fiber rods for engineering and high-performance structures
When used in combination with carbon fiber laminates, carbon fiber rods are ideal materials for construction engineering structures. They perform particularly well under bending and tensile or compression loads, but it is important to understand that carbon fiber rods do not withstand high torque or crushing loads well. The strength and stiffness of carbon fiber make it a particularly useful material for civil engineering applications. Carbon fiber rods can be used to strengthen and reinforce concrete, steel, wood and masonry.
Engineers in the building industry have been trying to use improved materials to achieve sustainability. One such application is carbon fiber reinforced polymer (CFRP) steel bars. This type of carbon fiber rod is usually used in place of steel reinforcement in concrete structures, for example:
Parking garage
bridge
Highways in extreme conditions
Corrosive structure.
Civil engineers are increasingly using carbon fiber for a number of reasons. Here are some:
Tensile strength is higher than steel
It doesn’t respond to magnetic fields
Low conductivity
Low thermal conductivity
Chemical resistance
From amateurs to professionals, from bicycles to parking lots, carbon fiber rods have incredible uses in the world today. Featuring lightweight, high strength, stiffness, corrosion resistance, and non-magnetism, everyone from athletes to musicians to RC enthusiasts and engineers is looking for ways to use carbon fiber rods. As with carbon fiber products, the number of uses for carbon fiber rods is really only limited by your imagination.
