The FRP on-site filament wound tank is a fiberglass-reinforced plastic liquid storage vessel manufactured using the on-site filament winding process.
The FRP on-site filament wound tank uses glass fiber and its products as reinforcing materials and synthetic resin as the matrix. Through specialized winding equipment, glass fiber and resin are wound around a mold or basic structure on-site in a regular pattern, and the tank body is formed after curing and molding.
It mainly consists of a tank body, tank top, tank bottom, inlet/outlet pipes, and supports. The tank body is made of fiberglass-reinforced plastic and resin composite material, and the tank top and tank bottom are treated with specific processes to ensure the integrity and safety of the storage tank.
It adopts numerically controlled winding equipment, and the winding process is fully automatically controlled. By precisely controlling the winding angle, number of layers of glass fiber, and resin dosage, the tank body can achieve excellent structural strength and corrosion resistance, meeting the requirements of different working conditions.
Precise Site Adaptation & Maximized Space Utilization
FRP on-site filament wound tanks are manufactured via the on-site filament winding process, allowing for customized production tailored to the spatial characteristics of the actual installation site. Whether the site is regular or irregular in shape, our professional team can conduct on-site precise measurement and design, ensuring the tank’s dimensions and configuration perfectly fit the site conditions.
The on-site filament winding process delivers a high degree of flexibility throughout the manufacturing procedure. During the winding operation, technicians can real-time adjust the winding angle, layer count of glass fibers and resin dosage according to the tank’s design specifications and service environment. This flexible operation ensures that every part of the tank achieves optimal structural strength and performance. Meanwhile, on-site winding enables timely detection and resolution of issues arising during production, guaranteeing the winding quality of each fiber loop and enhancing the overall stability and reliability of the tank. Compared with factory-prefabricated tanks that require subsequent transportation and installation, this on-site approach eliminates the risk of tank damage during transit, further safeguarding product quality.
Storage demands vary significantly across different industries, along with the corresponding performance requirements for storage tanks. The on-site filament winding process of FRP tanks enables excellent adaptability to various complex working conditions. For instance, in special chemical environments, specific types of resins and glass fiber materials can be selected based on the corrosivity of the stored medium, with precise winding ratio implemented on-site to ensure the tank’s superior corrosion resistance. For working conditions involving high pressure or extreme temperatures, the winding process can be adjusted to enhance the tank’s corresponding performance. This high adaptability makes FRP on-site filament wound tanks suitable for meeting the diverse storage needs of industries such as chemical engineering, food processing, pharmaceuticals and environmental protection.
Opting for on-site filament wound tanks eliminates the need to wait for factory fabrication, followed by transportation and on-site installation. Our team can carry out the entire manufacturing process directly at the project site, significantly shortening the overall construction cycle of the project. Moreover, the on-site tank production can be synchronized with other construction phases, minimizing waiting time during the construction process. This not only improves the overall project efficiency but also saves valuable time costs for enterprises, enabling them to put the facility into production and operation faster and gain economic benefits promptly.
The on-site winding process offers customers more opportunities to participate in the production process. Clients can keep track of the tank’s manufacturing progress and quality status in real time, and put forward modification and optimization suggestions based on their actual needs. Our professional team maintains close communication with customers to ensure the tank’s design and performance fully meet their expectations. This high level of customer participation achieves truly customized services, allowing customers to obtain storage equipment that perfectly matches their specific requirements.
FRP on-site filament wound tanks are widely used in industries such as new energy, metallurgy, pesticides & fertilizers, and sewage treatment. In new energy storage projects, they can be used to store chemical substances for all-vanadium redox flow batteries, iron-chromium flow batteries, etc.; in hydrometallurgy within the metallurgical industry, they are utilized for storing and processing various chemical substances involved in the metal extraction process; in the sewage treatment industry, they can function as sewage equalization tanks, chemical dosing tanks, and more.
Hebei YAT Environmental Protection Equipment Co., Ltd.
A 30-year benchmark manufacturer of FRP environmental equipment, integrating R&D, production, sales and service, YAT FRP delivers green, efficient pollution control solutions to global clients across diverse industries.
We offer a full range of FRP products and services, including storage tanks, pipes, desulfurization/purification towers, integrated pumping stations and anti-corrosion projects, ideal for chemical, energy, municipal, pharmaceutical and power sectors. Our FRP products feature light weight, high strength, corrosion resistance and long service life, replacing traditional metal equipment to cut long-term O&M costs significantly.
Housed in a 10,000+ ㎡ modern production base with advanced molding and testing facilities, we implement 20+ strict quality checks to ensure product stability and reliability. With proven expertise, we have partnered with Fortune Global 500 companies, SOEs and listed firms, boasting nationwide project cases to support global market expansion.
Guided by the philosophy of "Integrity-Based, Quality-First, Service-Oriented", we provide end-to-end services from design to after-sales support. Committed to technological innovation, we strive to partner with global counterparts to drive the green transformation of industries.
