Weihai Jingsheng Carbon Fiber Products Co., Ltd. è un'azienda leader specializzata nella produzione di prodotti in fibra di carbonio. Siamo stati fondati nel 2008, con sede a Weihai, ci siamo concentrati specificamente sulla produzione di tubi in fibra di carbonio per applicazioni intersettoriali.
Le aste telescopiche e gli strumenti telescopici hanno una vasta gamma di applicazioni in vari settori e attività quotidiane. Questi strumenti sono progettati per estendersi e ritrarsi, offrendo versatilità e praticità. Applicazioni comuni di aste e strumenti telescopici: pulizia e manutenzione.
Come produttori di pali telescopici in fibra di carbonio, siamo orgogliosi delle nostre capacità di personalizzazione. Lavorando a stretto contatto con i nostri clienti, Possiamo creare pali su misura adattati alle loro esigenze e requisiti specifici.
Lunghezza, LOGO, superficie ecc. personalizzati
Controllo qualità ISO 9001
Prezzo diretto di fabbrica
Tempi di consegna 6-9 giorni lavorativi tramite UPS, Fedex, DHL ecc.
Risposta veloce, consegna veloce, alta qualità, buoni servizi post-vendita
Oltre 20 clienti da oltre 10 anni di collaborazione con noi
Supporto tecnico videoServizio post-vendita garantito
Come produttori di pali telescopici in fibra di carbonio, siamo orgogliosi delle nostre capacità di personalizzazione. Lavorando a stretto contatto con i nostri clienti, possiamo creare pali su misura in base alle loro esigenze e requisiti specifici. Ciò ci consente di offrire una soluzione personalizzata per una vasta gamma di applicazioni, tra cui la pulizia dei vetri, la fotografia e l'uso industriale. Le nostre capacità di personalizzazione si estendono anche al design, alla lunghezza e agli accessori dei pali che produciamo. Fornendo le esatte caratteristiche e specifiche richieste dai nostri clienti, siamo in grado di fornire un prodotto che soddisfa e supera le loro aspettative. Nel complesso, la nostra capacità di personalizzazione è un vantaggio chiave nel lavorare con noi per i pali telescopici in fibra di carbonio.
PER SAPERNE DI PIÙIf 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.
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.
Indirizzo :Daxizhuang, Yangting, Weihai City, 264201, Shandong, China
Diritto d'autore @ 2024 Weihai Jingsheng Fibra di carbonio Products Co., Ltd. Tutti i diritti riservati . Powered by dyyseo.com Mappa del sito blog XML politica sulla riservatezza RETE SUPPORTATA