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Material Properties Carbon Fiber Strength and Stiffness: Carbon fiber is renowned for its high strength-to-weight ratio and exceptional stiffness. It is significantly stronger and stiffer than fiberglass, which makes it ideal for applications where rigidity is critical, such as aerospace, automotive, and high-performance sporting goods. Weight:One of the standout features of carbon fiber is its low weight. Carbon fiber tubing is lighter than fiberglass, making it the preferred choice in industries where weight savings are paramount, such as in aircraft and high-end bicycles. Durability: Carbon fiber is highly resistant to fatigue and does not corrode. However, it can be more brittle than fiberglass and is prone to damage from sharp impacts or excessive flexing. Fiberglass Strength and Flexibility: While not as strong or stiff as carbon fiber, fiberglass still offers a respectable strength-to-weight ratio. It is more flexible and can absorb impacts better without cracking, which makes it a good choice for applications where some give is necessary, such as in certain types of sporting equipment and marine applications. Weight: Fiberglass is heavier than carbon fiber but still lighter than many traditional materials like steel or aluminum. Its weight is usually not a critical drawback for applications where extreme lightness is not a requirement. Durability: Fiberglass is highly resistant to corrosion and is less brittle than carbon fiber. It can endure rougher handling and impact, which makes it suitable for more demanding and varied environmental conditions. Cost Carbon Fiber: The superior properties of carbon fiber come at a price. Carbon fiber tubing is significantly more expensive than fiberglass. This higher cost can be a deciding factor for projects with tight budgets or where the high-performance characteristics of carbon fiber are not essential. Fiberglass: Fiberglass is generally much more affordable than carbon fiber, making it an attractive option for many applications where budget constraints are a major consideration. Its lower cost does not mean it is inferior; it simply means it is more accessible for a broader range of uses. Applications Carbon Fiber: This material is chosen for high-performance and high-precision applications. Examples include aerospace components, high-end automotive parts, competitive sports equipment like racing bicycles and tennis rackets, and advanced engineering projects. The high strength, stiffness, and lightweight properties of carbon fiber make it ideal for these uses. Fiberglass: Fiberglass is widely used in applications where cost-effectiveness and durability are key. This includes boat hulls, fishing rods, storage tanks, and architectural components. Its resistance to impact and corrosion makes it suitable for outdoor and marine environments. In summary, both materials have their place in the world of tubing, each excelling in different scenarios. By carefully considering the specific needs of your project, you can choose the material that offers the best balance of performance, durability, and cost-effectiveness.

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Outrigger BasicsAn outrigger consists of a base that is bolted to the boat, a pole that slides into the base, and rigging for attaching fishing lines to the outrigger.Outrigger bases typically allow the pole to be swung out away from the boat for trolling and back in for running. Most also allow for adjustment of the upward angle or “pitch” of the outrigger pole. Bases may be mounted on T-tops, hard tops, cabin sides or gunwales.fishing boat using outriggers- Boat OutfittersOutrigger poles range in length from 15’ to more than 35’. For outboard-powered fishing boats up to 45 feet or so, 15’ to 25’ poles are most common. Poles longer than about 25’ require spreaders for support and added stiffness and are typically found on sportfishers.Rigging systems range from simple to complex but all serve the same basic purpose — bringing release clips close to the boat so that lines can be attached and then moving them farther out the poles. Most outriggers are set up to run one to three lines each.Outrigger Pole LengthsThe first and most important thing to consider when adding outriggers is the size of your boat. Outriggers that are too long and heavy are not only unwieldy; they can also destabilize small boats. For boats under around 25’ with a beam under 9’, 15’ to 18’ poles are typically the best choice. A handy rule of thumb for outboard-powered boats is that the tips of the poles shouldn’t extend past the props.Try to be realistic about how many lines you’ll fish.Another consideration is the number of lines you plan to run on each ’rigger. Although it’s possible to run two lines on a 15’ pole, an 18’ or longer pole is a much better choice. With a double-rigged 15’ pole mounted on a T-top or hardtop, the inner line isn’t more than a few feet past the gunwale. On the other hand, try to be realistic about how many lines you’ll fish. Trolling four lines from outriggers plus two flat lines and a center “shotgun” line requires a lot of expensive tackle and a lot of work from your crew. You’ll also want to consider practical constraints like bridge clearance, storage and trailering. Make sure whatever outrigger setup you choose is compatible with your slip or lift and with any bridges you have to fit under.Telescoping vs. Fixed Length PoleWhether an outrigger pole is fixed length or telescopic is its most obvious characteristic, and the trade-offs are fairly straightforward.Telescoping poles can be collapsed for bridge clearance, trailering, dry stack storage, etc. Collapsing the poles when not in use also makes it easier to cast from the cockpit. And when removed, the collapsed poles are much easier to store than fixed length poles.Fixed length poles, on the other hand, are generally stiffer, stronger and lighter weight. Their relative simplicity also translates to added durability.The bottom line is that, all else being equal, fixed length poles offer better performance, but tel escoping poles are far more convenient for many boaters.fishing boat using outriggers- Boat OutfittersAluminum, Fiberglass and Carbon Fiber Outrigger PoleModern outrigger poles are made from aluminum, carbon fiber or fiberglass, each of which comes with its own pros and cons.Carbon fiber offers the ultimate in stiffness and light weight. Stiffer, lighter poles bounce less when running, putting less strain on the bases, the mounting surface and the poles themselves. Stiffer poles also work better for pulling dredges, spreader bars and other tackle that puts heavy strain on the poles. Carbon poles are costly, though, and although they don’t bend like aluminum, they are more brittle and do occasionally break.Aluminum is heavier and more flexible than carbon and can bend under the strain of dredges or spreader bars. It is also more susceptible to corrosion than carbon or fiberglass. Aluminum, though, remains a good choice for outrigger poles and represents a great value for recreational anglers who don’t want — or need — to drop the price of a small car on a set of outriggers.Fiberglass is the most economical choice, but it is relatively flexible and heavy and best suited for short poles and small boats.Keep in mind that the longer the outrigger pole, the more important stiffness and light weight become. In other words, the advantages of carbon over aluminum will be much more apparent in a 20’ pole than a 15’ pole. Likewise, heavier lures, more lines and faster trolling speeds all amplify the differences between materials.Outrigger Pole DiametersMost outrigger poles under around 25’ are 1-1/2” in diameter at the base. Many 15’ poles, though, have a 1-1/8” base diameter. The smaller diameter poles — the smaller mounts they’re compatible with — are less expensive and perfectly suitable for smaller boats and lighter-duty use. Even in shorter lengths, though, 1-1/2” diameter poles are significantly stiffer.Outrigger BasesOutrigger bases range from simple gunwale mount models to sophisticated, hydraulic mounts designed for the sides of sportfisher cabins. On most center console and dual console fishing boats, though, outriggers are mounted on the T-top or hardtop. Although there are many differences in features and capabilities between models, the main thing that differentiates them is the degree to which they can be controlled from beneath the top.The main thing that differentiates them is the degree to which they can be controlled from beneath the top. The simplest and least expensive models, like Taco Marine’s Top Mounting Grand Slam 170, are controlled entirely from the top. Adjusting pitch or swing of the poles requires reaching the top of the base — usually by standing on a gunwale.Other bases, like the XD 1.5" Top Mount Outrigger Base, allow control of swing but not pitch from beneath the top. A crew member standing on deck can deploy the outriggers by turning a handle on the underside of the mount, but tilting the ‘riggers up or laying them down requires reaching the top of the bases.The most convenient bases, like the XD Crank Top 1.5" Outrigger Mount, feature controls for both pitch and swing from the deck.Other considerations include range of adjustment and number of available positions in both directions, how adjustments are made and whether the shape of the base and handle are compatible with your particular top.

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If you are contemplating buying camera equipment, you will soon realize that various manufacturers use varying technologies for their products. Some products might appear similar, and identifying the differences between them is challenging at times. However, some commonly overlooked parts, such as the camera pole and its material, can be a difference-maker regarding performances and durability. While some manufacturers prefer metallic telescoping poles, shrewd manufacturing firms adopt carbon fiber poles, which are lightweight and highly durable. This post will discuss why using more explicit materials such as carbon fiber is crucial for video systems. Read on to learn more: They're Lightweight One significant advantage of adopting carbon fiber telescoping poles is their lightweight nature. Logistically, these pieces of equipment must be transported to various event venues, which involves frequent moving processes. That, in turn, means the total weight of the system must be a crucial factor when buying your video system. Fiber telescopic poles are lighter, allowing the system to weigh much less than those with metallic telescopic poles. They're Strong While carbon fiber boasts of its lightweight quality, these materials are exceptionally sturdy. That's essential regarding system stability during operation and also the long-term durability it provides. Unlike metallic poles, carbon fiber poles do not quickly bend and might require harsh treatment during transportation. Carbon fiber's weight to strength ratio qualifies it as an ideal choice for a telescoping camera pole material. They're Durable A video camera unit is a considerable investment for most companies, which means getting value for your money is a crucial factor to consider during the purchase. That, in turn, paying extra attention to the cost alone; you should also think about how long it can remain operational. As aforementioned, carbon fiber poles are sturdy and don't bend easily or become compromised by corrosion. These poles also have higher water and UV-light resistance and don't suffer contraction or expansion due to erratic temperature compared to other metallic materials. Consequently, you receive telescopic camera poles that can withstand the test of time and weather elements. Furthermore, whether you choose to invest in more high-end camera equipment, you don't require purchasing newer poles in the future. Final Thoughts Investing in a reliable, durable, lightweight, and sturdy telescopic camera pole has many long-term benefits to your business. Since they weigh less than metallic poles, you can save more time, money, and effort moving them around. Their strength and durability make them cost-effective options to consider when you are looking for lasting solutions.

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Carbon fiber is an inorganic polymer material containing more than 90% of carbon, with polyacrylonitrile (asphalt or viscose) as raw material, after high temperature oxidation, carbonization and other aspects of the generation of high-performance fibers with the highest specific strength, specific modulus of the fibers, and high temperature resistance of all chemical fibers in the first place.    Carbon fiber application explosion point   (A) low-altitude economy   March 28 this year, the Ministry of Industry and Information Technology, the Ministry of Science and Technology, the Ministry of Finance, Civil Aviation Administration of China issued the “General Aviation Equipment Innovation and Application Implementation Plan (2024-2030)”, proposed by 2030, to promote the low-altitude economy to form a trillion-dollar market size.   Carbon fiber composite with light weight, high strength, corrosion resistance and other advantages, its application in the aerospace field has been a long time. 2023 global carbon fiber demand totaled 115,000 tons, of which 19.1% from the aerospace military field.   Information shows that the Peng Huitian's traveler X2, peak flying aviation “ShengShiLong” began to use carbon fiber composite materials on a large scale. The first to obtain the Civil Aviation Administration for the type qualification certificate and the standard airworthiness certificate of the EH216-S unmanned aerial vehicle also uses epoxy-based carbon fiber composite materials. It is expected that the fuselage material of mainstream products in the future, carbon fiber composite material is expected to become mainstream.   (ii) Sports and leisure   Carbon fiber is used in the field of sports and leisure, such as ball clubs, fishing rods, tennis rackets, badminton rackets, bicycles, ski poles, skis, windsurfing masts, nautical hulls, and other sporting goods are the main users of carbon fiber, it is estimated that the world's production of carbon fiber fishing rods is about 20 million pairs per year.   Carbon fiber is used in daily necessities, such as stereos, bathtubs, heaters and other household appliances, as well as cell phones, laptops and other electronic products can also be seen in the figure of carbon fiber. Carbon fiber is also used in other marine sports such as boating and rowing.   (C) Wind power photovoltaic   From the downstream demand of China's carbon fiber industry, the current demand for carbon fiber accounted for a higher percentage of the field is sports and leisure and wind power blades, the demand accounted for 30.9%, 23.5%.   With the expiration of Vestas core technology patents, the rapid expansion of domestic carbon fiber and continued cost reduction and efficiency, offshore wind power rapid penetration and wind turbine large-scale trend and other multiple positive factors, it is expected that the domestic wind power with carbon fiber will get more space for development, continue to drive the growth of domestic carbon fiber demand.   In addition, the early photovoltaic industry producers mostly use graphite material composition of the crucible as the thermal field system insulation material, and carbon composite crucible has a long service life, high stability of the thermal field, stable crystallization rate and other advantages, carbon composite material will replace graphite material, is widely used in single crystal pulling furnace and polycrystalline ingot casting furnace thermal field system.   (D) fiber reinforcement   Carbon fiber reinforcement includes carbon fiber cloth reinforcement and carbon fiber board reinforcement of two kinds. Carbon fiber materials for concrete structure reinforcement repair research began in the 80's, the United States, Japan and other developed countries. China's start of this technology is very late, but with the rapid development of China's economic construction and transportation, a considerable part of the existing building due to the low design load standard caused by the historical legacy of some buildings due to the change in the use of the function of the building, it is difficult to meet the current specification of the use of the demand for urgent need for repair, reinforcement.   Carbon fiber reinforcement repair structure technology is to increase the concrete cross-section, wrapped steel reinforcement, adhesive steel reinforcement after another new type of structural reinforcement technology, and more than increase the cross-section method, wrapped steel reinforcement method, adhesive steel reinforcement method is more solid, therefore, carbon fiber reinforcement is expected to be deeply applied.

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Carbon fiber is a revolutionary material that has taken the world by storm. Its advanced properties and remarkable strength have made it a popular choice in numerous industries, including aerospace, automotive, sports, and construction. Carbon fiber is composed of thin, lightweight fibers that are created by heating and stretching polymer fibers or molecules. These fibers are then combined with resin to form a strong, yet lightweight, material that is both durable and resilient.One of the most significant advantages of carbon fiber is its strength-to-weight ratio. Carbon fiber is incredibly strong, yet lightweight, making it ideal for use in industries that require a strong, yet lightweight material. The strength-to-weight ratio of carbon fiber is significantly higher than that of steel, making it ideal for use in aerospace applications. Carbon fiber’s high strength-to-weight ratio also makes it ideal for use in automotive applications, where lighter weight materials can help to improve fuel efficiency and reduce emissions.In addition to its strength-to-weight ratio, carbon fiber is also extremely durable and resilient. Carbon fiber is resistant to corrosion and can withstand extreme temperatures and pressures. This makes it ideal for use in industries where materials need to be able to withstand harsh environments, such as construction, aerospace, and sports. Carbon fiber is also resistant to impact and fatigue, making it ideal for use in high-stress applications, such as aircraft engines and wind turbine blades.Another advantage of carbon fiber is its versatility. Carbon fiber can be used in a variety of different applications, from aerospace to automotive to sports equipment. Carbon fiber’s versatility allows it to be customized to meet the specific needs of each industry, making it a popular choice for manufacturers in a variety of different fields.Finally, carbon fiber is also environmentally friendly. Carbon fiber is made from renewable materials, such as graphite and polyacrylonitrile, which reduce the environmental impact of manufacturing. Additionally, when compared to other materials, such as steel and aluminum, carbon fiber requires less energy to produce, further reducing its environmental impact.In conclusion, the advantages of carbon fiber are numerous. Its strength-to-weight ratio, durability, versatility, and environmental friendliness make it an ideal choice for numerous industries. As technology continues to advance, it is likely that the use of carbon fiber will continue to expand, making it an even more vital material in the years to come.

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When you are thinking about buying a camera pole, you will find that the top manufacturers of video equipment, such as Hi Pod, Sports Scope and Hi Rise Camera, all use slightly different technology in the building of their camera systems and sideline towers, and it can be difficult to see what difference that some of these features will make. However, something that looks relatively unimportant, like what the camera pole is made of, can make a huge difference to the performance of the system and to how long it will last.Some camera system suppliers make a great play on the automated features of their video systems, such as motorized heads and remote control, but the most important things that make a camera tower effective and reliable are the simple ones. One example of this is the materials that are used to make the telescoping pole.While some makers of camera towers still use metal telescoping poles, innovative manufacturers, like Hi Rise Camera, are using carbon fiber poles, which are more durable and much lighter. Here’s why something as simple as what a pole is made of is so important in a video system.WeightOne of the major benefits that you get with a carbon fiber telescoping camera is how lightweight the equipment is. Cameras need to be transported to different venues, as well as simply moved on and off the field, so the overall weight of the system should be an important consideration when you are purchasing video systems. The Hi Rise Camera system weighs just 50lbs, which is much lighter than many of its competitors, and that light weight is due in part to the use of a carbon fiber pole.StrengthDespite the light weight of carbon fiber, the material is very strong. That is important both in terms of the stability of the system when it is in use and in terms of its long-term durability. Unlike a metal telescoping camera pole, a carbon fiber pole won’t bend or dent, and it will take some rough treatment when you are transporting it. It’s the weight-to-strength ratio that makes carbon fiber the best material to use for a telescoping camera pole.DurabilityA video system is a big investment for many teams, so value for money is an important consideration when buying one. That means that it is not only the initial cost of the system that matters, it is how long it will last as well. As mentioned above, carbon fiber poles don’t bend and dent, nor do they corrode or age. Carbon fiber poles are water-resistant and UV-resistant, and they don’t expand and contract with changing temperatures like metal does. That all adds up to a telescoping camera pole that will last for many seasons, and even if you decide to upgrade the camera equipment at some point, you won’t need to buy a new pole for many years to come.

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Professional window cleaning is a fantastic service for both residential and business customers, as it drastically improves the aspect of a home or building. At the same time, cleaning is done safely, without any damage to the windows, house, and surroundings. One of the latest technologies in window cleaning supplies is the water-fed pole system. We will go through what it is and what it does, so you can make an educated decision next time you need a window cleaning. What Is a Water Fed Pole? A water-fed pole is an extendable window cleaning pole with a specialized brush at the end, and a hose running the whole length. The hose feeds purified, deionized water to the brush head, allowing the technician to clean the windows from any debris or dirt. The water is pumped at high pressure, to allow it to dislodge dirt. It will rinse all the grime without the use of detergents. What Are the Benefits of Cleaning with a Water Fed Pole? There are several benefits to using a water-fed pole to clean the windows, and here are the most common ones: Purified water leaves no streaks Water with minerals can leave streaks, stains, a cloudy film, and a dull overall aspect. Water-fed poles use purified water for cleaning, which will leave the windows sparkly clean. It doesn’t use harmful chemicals With this system, you don't need detergent or soap. The dirt is only removed with the power of water pressure, which makes it 100% for your kids and pets, plants, and wildlife. It’s a great fit for hard-to-reach windows Some windows are hard to clean because they are in high places and sometimes have special structures (like attic windows, for example). By cleaning with a water-fed pole, you can really reach anywhere and clean the window and the area surrounding it. A water fed pole can keep technicians safe from falls and injury Sometimes, even professional window cleaners have accidents. A slip and fall from a great height can be fatal or result in catastrophic injuries. Avoid any risk by using a water-fed pole system. It’s generally faster than traditional methods Sometimes you need the window cleaning to be done fast, in time for an event, a house viewing, etc. Choose this system for those occasions. When Is the Water Fed Pole System Not Recommended? If your windows are stained and dirty with grease or other stains that are hard to remove, a water-fed brush clean might not be enough. In these cases, a company would recommend different types of window washing equipment.

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Carbon fiber telescopic poles have revolutionized the way in which surveying and mapping fields operate. These poles are made of lightweight carbon fiber composites which allows them to be carried with ease. They can extend to considerable heights while maintaining their strength and rigidity. In addition, the poles have a range of top accessories that can be attached to aid in their functionality. In this article, we shall delve into the applications of carbon fiber telescopic poles in surveying and mapping, and the advantages they have over traditional equipment. Firstly, carbon fiber telescopic poles have replaced the traditional tripods and rods that surveyors used to employ in the past. Tripods required a lot of time to set up and were unstable on uneven surfaces. Carbon fiber telescopic poles are able to extend to over 20 feet making them suitable for measurements of tall structures or a wide range of measurements below the water level. The poles also have built-in leveling equipment that enables surveyors to ascertain if the surface is flat. This feature saves surveyors time that would be required to use separate leveling equipment. Secondly, carbon fiber extension rods have been used in the mapping of electrical and communication lines. Mapping of electrical and communication lines is essential in the construction of new roads, residential areas and urban expansion. Carbon fiber telescopic poles are used to map the location and height of existing electrical and communication lines. This is made possible through the use of laser measuring equipment that is attached to the poles. The carbon fiber material allows the poles to withstand harsh weather conditions making them suitable for outdoor use. Top accessories that have been developed for carbon fiber telescopic poles are diverse. They include prisms, lasers, and GNSS receivers. Prisms reflect signals back to measuring equipment held by surveyors. Lasers are used to map tunnels and enclosed spaces such as sewerage systems. GNSS receivers have been developed to assist surveyors in recording latitude, longitude and elevation data. Lastly, carbon fiber telescopic poles have various advantages over traditional surveying and mapping equipment. Traditional equipment required the surveyor to do a lot of manual calculations to achieve required measurements. Carbon fiber telescopic poles have built-in equipment that makes it easy for surveyors to get the required data. The poles are also lightweight which enables surveyors to conduct surveying and mapping activities over a large area quickly. This is essential in a rapidly developing world where there is a need to map and collect data in areas of high population concentration. In conclusion, carbon fiber telescopic poles have revolutionized the way in which surveying and mapping fields operate. They have replaced traditional equipment and have a range of top accessories that have made them essential in the industry. They are easy to use, lightweight, and have various built-in tools that enable surveyors to take accurate measurements. The advantages of using carbon fiber telescopic poles in the surveying and mapping fields make them a worthy investment to consider.

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Inadequate cleaning can cause cargo contamination, leading to cargo damage claims from the receivers. For instance, if contaminated by residues, cement loses its binding capacity, salt becomes liquid and sugar can ferment. A single piece of coal left behind can get the hold failed. The consequences of non-compliance can be costly. Vessels may be held in port until surveyors are satisfied, but a ship is only earning while at sea and not in port, meaning that time in port must be kept to minimum. Insufficient cleaning of the intended cargo and not meeting the charterer requirements can lead to delays and charter party disputes, which can lead even to the risk of off-hire. An off-hire clause is providing for exceptions from the obligation for charterers to pay hire from the time of delivery until redelivery. Except from these, failure to carry out a sweep-up of cargo debris, even when loading the same type of cargo, could hide fresh damage which may also lead to a claim. Remaining residues may not only damage the next cargo, but also affect the painted surfaces and increase corrosion, posing an additional threat for the hull along the sea water. It becomes understood that a thorough cargo hold cleaning is vital for the whole transport operation to run smoothly. This is why personnel onboard and onshore, involved in cargo holds preparation and in fixing vessels respectively, should be familiar with the whole range of issues surrounding the cleaning of holds. Tips for proper cargo hold cleaning Prior to commencing the operation, a risk assessment and a tool box talk should be carried out, to identify potential risk areas for everyone involved. Cargo residues contained in hold wash water should be disposed in line with MARPOL Annex V or any local requirements. There should be sufficient fresh water to enable a final thorough fresh water rinse of all holds to remove all traces of chlorides. Typical water washing should be conducted from the top down, commencing with the hatchcovers and coamings, moving on to the underdeck area, then the bulkheads and finishing with the bilges. Chemical cleaning should be conducted from bottom to top, commencing with the bilges, with the underdeck area, hatchcovers and coamings washed last, to prevent residues from streaking on the vertical surfaces. In cases where holds are to be cleaned while cargo remains onboard in other holds, extra vigilance is needed regarding the ingress of wash water into holds containing cargo via the cargo hold bilge system. Crew should check that cleaning chemicals are compatible with the paint system and the next cargo to be loaded. Holds and bilge wells should be completely dry prior to loading the next cargo. If there is a delay between completion of cleaning and loading, holds should be regularly checked for ship sweat. Upon completion of the cleaning, all the holds should be inspected by a responsible officer before arrival of the shipper’s hold surveyor.

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Fiberglass light poles advantages: 1. Light weight, high strength: FRP material strength and advanced alloy steel equivalent to a density of 1.5 to 2.0, carbon steel 1/4 to 1/5, the tensile strength considerably. Therefore, the same size pole, the weight fiberglass poles are steel bar about 1/3, based on this characteristic, fiberglass lamp poles, which are particularly suitable for bridge load requirements of local authorities.  2. Resistance to corrosion resistance: FRP is a good corrosion-resistant materials, there is resistance to air, water and general concentration of acid, alkali, salt, and a variety of oils and solvents good. Fiberglass poles therefore well adapted to humid and rainy south and the air in the higher salinity of coastal cities. In the poles throughout the service cycle, appearance and internal will not be any significant change. This is unmatched by ordinary steel bars.  3. Good insulation: FRP is a good insulating material used to make insulators. So fiberglass light poles will not shock injury accident caused by leakage occurs during use. Although the metal pole grounding protection device installed, but ultimately can not avoid fool proof. So fiberglass poles higher (such as sidewalks, parks) and other local safety requirements, it has certain advantages. 4. Maintenance-free: fiberglass poles because of corrosion over the entire life cycle does not require maintenance, which uses a special surface coating materials, can guarantee ten years there will be no significant fading. At relatively scarce street maintenance funding situation, more highlight our advantage. 5. The surface is smooth and beautiful: fiberglass pole and the outer surface of the coating material has a good affinity, sostreetlight surface is very smooth after molding, and more beautiful than ordinary steel rod.  6. Low installation costs: fiberglass light poles because of its light weight, so no crane installation, the installation is simple and quick little impact on traffic. In the streetlight project, labor costs account for about 20% to 30% of the total cost, if you use fiberglass poles can effectively reduce costs in this area. 7. The strong wind resistance: FRP materials have a slight elasticity, fiberglass poles in the typhoon comes, will have an amplitude of about 10%, but it is plastically deformed after the typhoon, it will spring back to the original position. Bamboo wind with its principle is similar.

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