FRP Vessel

FRP vessels are lightweight, strong, and corrosion-resistant. The good characteristics of this type of container include large capacity, small footprint, easy installation, and low maintenance costs, making it widely used in the fields of petroleum, chemical fiber, chemical industry, food brewing, and medicine. Compared with traditional large containers, the latter are usually welded with steel plates and covered with epoxy FRP anti-corrosion lining or other anti-corrosion materials. This construction method is not only complicated, but also often unsatisfactory, and prone to problems such as falling off and perforation.The manufacturing process of FRP vessels uses advanced resin impregnation and mold-forming technology to ensure the strength and durability of the container during use. Through strict screening of raw materials and fine control of processing technology, FRP vessels can maintain their good physical and chemical properties in vile environments, greatly reducing maintenance costs and increasing service life.Container type:1. Main categories of FRP storage tanks: horizontal FRP storage tanks, vertical FRP storage tanks;2. Main categories of FRP storage tanks: food-grade FRP storage tanks, FRP pickling tanks, FRP water collection tanks, FRP breeding tanks, FRP transport tanks;3. Main categories of FRP equipment tanks: FRP filter tanks, FRP soft water tanks, resin tanks, mixing tanks, fermentation tanks, reaction tanks, metering tanks, sand filter tanks;4. Main categories of FRP composite tanks: FRP mixing tanks, FRP metering tanks, FRP reaction tanks, FRP resin tanks, FRP fermentation tanks, FRP pressure tanks. FRP sand filter tanks, FRP filter sand cylinders.

The FRP absorption tower and scrubbing tower are made of high-performance FRP materials, which effectively meet the usage requirements of a variety of corrosive media.FRP absorption towers and scrubbing towers can effectively remove harmful gases from industrial emissions and ensure that the emissions comply with national and local environmental protection standards. This process not only involves physical and chemical reactions of gases but also includes a variety of complex fluid dynamics phenomena to ensure purification efficiency.The use of fiberglass materials gives these devices significant advantages. First of all, the service life of FRP far exceeds that of traditional metal materials, usually up to more than ten years, which greatly reduces the frequency of equipment replacement and maintenance costs. Secondly, the preparation cycle of FRP is relatively short, making the production and delivery of equipment more efficient and able to quickly meet market demand. In addition, the high strength and anti-wear properties of FRP ensure the reliability of equipment in long-term operation and reduce the risk of failure caused by equipment aging.FRP absorption towers and spray towers have a wide range of applications, covering many industries such as thermoelectricity, metallurgy, petrochemicals, and pharmaceuticals.

Traditional vacuum tanks usually use carbon steel rubber lining technology. As the use time of this design increases, the adhesion between the rubber lining layer and the tank body gradually weakens, eventually causing the rubber lining layer to fall off and separate. This problem not only affects the safety and reliability of the equipment but also makes on-site repair very difficult, requiring it to be shipped to the original factory for repair, resulting in high repair costs and a long cycle.In response to the above problems, our company innovatively developed a fiberglass vacuum tank. Fiberglass material has good corrosion resistance and wear resistance and can withstand the erosion of various chemical media, ensuring long-term stable operation in various harsh environments. At the same time, the lightweight characteristics of fiberglass make the vacuum tank more convenient during transportation and installation.Our fiberglass vacuum tanks adopt advanced technology to ensure that the tank can still maintain good shape stability under high negative pressure conditions. Compared with traditional carbon steel rubber-lined tanks, the service life of fiberglass vacuum tanks is significantly extended, reducing equipment downtime and maintenance frequency caused by the peeling of the rubber lining layer. Our FRP vacuum tanks can be widely used in chemical fiber, chemical industry, petroleum, and other fields, and are especially suitable for handling media with strong corrosiveness and large temperature fluctuations.