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Fiberglass reinforced sand pipe


Fiberglass reinforced sand pipes are a new type of composite material made from resin as the matrix material, fiberglass and its products as the reinforcing material, and quartz sand as the filling material. With its excellent corrosion resistance, hydraulic characteristics, lightweight and high strength, large flow capacity, easy installation, short construction period, and low overall investment, it has become the best choice for the chemical industry and drainage projects.

Fiberglass reinforced plastic (FRP) process piping


1. Excellent Characteristics of Fiberglass Reinforced Plastic (FRP) Pipes 1. Lightweight and High Strength: ① Lightweight: The specific gravity of fiberglass pipes is about 1.6, which is only 1/4 to 1/5 that of steel or cast iron pipes. Practical applications show that under the same internal pressure, fiberglass pipes of the same diameter and length weigh about 30% of that of steel pipes. Because of this, fiberglass pipes can be transported in a nested manner, saving fuel and other costs. During installation, medium and small diameter fiberglass pipes generally do not require heavy machinery; some can even be handled manually, which increases installation speed.

Fiberglass storage tank


FRP tanks are divided into vertical and horizontal mechanical winding FRP storage tanks, transport tanks, reaction tanks, and various chemical equipment. The horizontal FRP tanks, vertical storage tanks, transport tanks, containers, and large series containers are selected based on the medium used (for storage or transport), using epoxy furan resin, vinyl ester resin, modified or polyester resin, and phenolic resin as binders. They consist of a high resin content corrosion-resistant inner lining layer, a seepage prevention layer, a fiber winding reinforcement layer, and an outer protective layer.

Fiberglass septic tank


The selection of fiberglass septic tanks is determined by the design parameters calculated by the design personnel of individual projects based on different buildings.

A Big Reveal on the Differences Between FRP Process Pipes and FRP Sandwiched Pipes


Fiberglass reinforced plastic process pipeandsandwich pipeare both pipes made of fiberglass and resin, but their structures and characteristics are slightly different. In-depth discussion offiberglass reinforced plastic pipeandsandwich piperequires mentioning their significant differences in material composition, performance characteristics, and application fields.

Precautions for Fiberglass Reinforced Plastic (FRP) Hydrochloric Acid Tanks


The fiberglass hydrochloric acid storage tank is a special tank for holding hydrochloric acid, which can be made of plastic or fiberglass. The plastic hydrochloric acid storage tanks are usually sold in small barrels, while the fiberglass tanks are generally designed for long-term storage. Below are some precautions for installing hydrochloric acid tanks.

Storage Precautions for Glass Fiber Reinforced Plastic (FRP) Sand-Embedded Pipes


Fiberglass reinforced sand pipes are lightweight, high-strength, have low resistance to liquid transport, good resistance to chemical and electrical corrosion, long service life, and low overall cost. They are also environmentally friendly materials strongly advocated by the state. Additionally, the pipes do not require special anti-corrosion treatment, have a longer length compared to cast iron and cement pipes, and have relatively fewer joints, which reduces installation and maintenance costs. So, what are the storage requirements for fiberglass reinforced sand pipes?

Tieshan Port Project


FRP tank on-site construction

Fiberglass Rainwater Collection System - A New Option for Rainwater Utilization


Fiberglass rainwater collection systemis a high-strength, corrosion-resistant, acid and alkali resistant, and good insulation storage device widely used in modern industrial production.

FRP Integrated Pump Station - Improving Water Environment Quality


FRP Integrated Pump Stationis an efficient sewage discharge device that combines pump units and control systems, achieving automated operation through computer control. Its unique design allows for widespread application in municipal water supply and drainage, industrial wastewater discharge, and other fields. This article will focus on the FRP integrated pump station, exploring its design and manufacturing, performance maintenance, application scenarios, and future development.