The selection and differentiation of the advantages and disadvantages of fiberglass grating.
Release time:
2019/04/18
1. Selection of FRP Grating First, it is important to determine the purpose of the FRP grating board. For example, if a car wash is purchasing grating boards, they are intended to be used as load-bearing boards for washing cars. Secondly, once the purpose of the FRP grating board is established, the dimensions and specifications of the grating board need to be determined. Through the manufacturer's introduction, one can gain a certain understanding of the grating board. For instance, the grating boards used in car washes typically have a thickness of 2.5 cm or 3.8 cm. In electroplating equipment factories, the commonly used thickness is 2.5 cm. Meanwhile, in wastewater treatment plants and chemical factories, the frequently used thickness is 3.8 cm.
One,Selection of fiberglass grating
First, determine what the fiberglass grating board is needed for. For example, if a car wash is buying grating boards, it is preparing to use the grating boards as load-bearing boards for washing cars.
Second, after determining the purpose of the fiberglass grating board, you need to determine the size and specifications of the grating board. Through the manufacturer's introduction, you can have a certain understanding of the grating board. For instance, the grating boards used in car washes usually choose a thickness of 2.5cm or 3.8cm. In electroplating equipment factories, the commonly used thickness is 2.5cm. In sewage treatment plants and chemical plants, the commonly used thickness is 3.8cm.
Furthermore, after selecting the appropriate thickness of the fiberglass grating board, you need to measure the size of the grating board for use. For example, in a car wash, the size of a washing position is 1.220m * 2.440m, while the size of the fiberglass grating board is 1.220 * 3.660, which requires cutting before installation.
Finally, choose fiberglass grating boards made from suitable raw materials. For example, fiberglass grating boards for chemical plants or sewage treatment plants need to be made from resins with high corrosion resistance.
II. Distinguishing the quality of fiberglass grating
Due to the hot sales of fiberglass grating products in recent years, the manufacturers of fiberglass grating are mixed, with varying quality. Many companies use inferior raw materials to save costs. So how can we distinguish the quality of fiberglass grating?
1. Selection of raw materials: The raw materials used for fiberglass grating include resin, fiberglass strands, and filler calcium powder, configured in a ratio of 1:1:1. High-quality fiberglass grating uses high-quality resin, resulting in a smooth, glossy, strong, and somewhat tough grating. In contrast, inferior resin is murky, has high viscosity, high exotherm, high shrinkage, cures relatively slowly, and has poor compatibility, leading to grating with many pores, easy to break, and poor strength and toughness.
2. In fiberglass products, fiberglass plays a role in increasing material strength and is the load-bearing component, the "skeleton" of fiberglass. The strength of fiberglass mainly depends on the strength of the fiberglass. Resin acts as a corrosion-resistant and adhesive agent in the winding of fiberglass products. The fibers bond through the resin to become one, and the resin transmits the force applied to the fibers, allowing them to share the load. The quality of the resin's corrosion resistance, temperature resistance, and aging resistance determines the fiberglass's performance in these aspects. Therefore, selecting suitable resin is an important prerequisite for ensuring product quality and safe use.
Beihai Yueda Fiberglass Products Co., Ltd. reminds consumers: Currently, there are some businesses in the market that, for their own interests, purchase low-cost inferior fiberglass products. Although the price is cheap, the quality is not guaranteed. Many small workshops do not have the qualifications to produce fiberglass, and the products they produce can pose significant safety hazards during use.