Comparison and Analysis of Fiberglass Grating and Iron Grating

The iron grid has the following characteristics: 1. Reduced investment: saves materials, labor, construction time, and eliminates cleaning and maintenance. 2. Material savings: under the same load conditions, it saves materials, which can correspondingly reduce the materials for the supporting structure. 3. Easy construction: can be fixed with bolts or welding on pre-installed supports, and can be completed by one person. 4. Time-saving: the product does not require on-site reprocessing, and installation is very quick. 5. Durable: treated with hot-dip galvanization for corrosion resistance before leaving the factory, with strong impact and heavy load capacity. 6. Modern style: aesthetically pleasing appearance, standardized design, ventilated and light-transmitting, giving an overall smooth modern feel.

Analysis of the Advantages of Fiberglass Cable Supports Over Angle Steel Cable Supports

With the rapid development of our country's economy, the requirements for urban beautification and power supply safety are also increasing. Cable tunnels and cable trenches have naturally become the main channels for urban power supply. For a long time, cable supports made of angle iron have been used for laying cables. For many years, both utility and industrial cables have been supported by metal cable brackets. Metal brackets are usually made by rolling steel or aluminum alloy into the required profile, which is then assembled by welding or using fasteners. These angle iron supports have several disadvantages and issues: the traditional metal bracket production process consumes a lot of energy, involves many processes, and has a long cycle. In many harsh environmental conditions, such as subways, tunnels, and chemical enterprises...

The second quarter safety production work meeting and standardization compliance enterprise award meeting of Beihai Industrial Park was held.

On May 7, 2019, the Management Committee of the Beihai Industrial Park in Guangxi held a safety production work meeting at the Employee Home of the China Electronics Beihai Industrial Park. The meeting was attended by heads of various enterprises in the park or leaders responsible for safety production. At the meeting, the committee recognized and awarded 38 enterprises that met the standards for standardized construction, including Pangang Group Beihai Special Alloy Co., Ltd., Guangxi Beihai Yuchai Ma Oil High-grade Lubricating Oil Co., Ltd., and Guangxi Beihai Yueda FRP Products Co., Ltd. The awards included a secondary standard award of 30,000 yuan and a tertiary standard award of 20,000 yuan. Researcher Peng Yilin delivered an important speech at the meeting, summarizing the park's performance in safety production for the first quarter of 2019.

The application of fiberglass cable trays in the petrochemical industry.

Fiberglass cable trays combine the rigidity of metal trays with the toughness of fiberglass trays, offering excellent corrosion resistance and strong aging resistance. As a result, fiberglass cable trays are being widely used in industries such as petroleum, chemical, electric power, light industry, television, and telecommunications. Below is a specific introduction to the application of fiberglass cable trays in the petrochemical industry. The power supply in the petrochemical industry has the following characteristics: 1. High environmental hazards: The materials used in petrochemical enterprises are mostly hydrocarbon compounds, which can easily form explosive mixtures. Therefore, the distribution lines in the plant area generally use cables instead of wires. 2. High electricity load: Compared to other industrial sectors, the electricity load in the petrochemical industry is significantly higher.

The selection and differentiation of the advantages and disadvantages of fiberglass grating.

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.

The widespread application of fiberglass products in the industrial field.

Fiberglass products are a type of composite material that has developed rapidly over the past fifty years, with a very wide range of performance adaptability, making its market development prospects very broad. In the industrial sector, fiberglass products are widely used in: 1. Chemical and petrochemical industry: corrosion-resistant pipes, storage tanks, corrosion-resistant valves, gratings, ventilation facilities, as well as equipment and accessories for sewage and wastewater treatment. 2. Construction industry: cooling towers, fiberglass doors and windows, building structures, enclosure structures, indoor equipment and decorative items, fiberglass flat panels, corrugated tiles, decorative panels, sanitary ware and integrated bathrooms, saunas, surf baths, construction templates.

The use of fiberglass products in traffic safety facilities.

Traffic safety facilities are installed along roads to ensure the safety of vehicles and pedestrians, fully utilize the road's function, and play a crucial role in ensuring driving safety, reducing the severity of traffic accidents, beautifying the road landscape, smoothing traffic flow, and improving driving comfort. Currently, the materials used for traffic safety facilities are primarily steel. Over time, the surface of the steel can be damaged due to chemical reactions or electrochemical actions with surrounding media, leading to rust. This not only reduces the cross-sectional area of the steel but also degrades its performance, potentially rendering it unusable. In today's context of continuous development of new processes and materials, the variety of traffic safety facilities is also evolving.

Selection of MPP Power Pipes and FRP Power Pipes

The materials used for MPP are primarily polypropylene resin, supplemented with other polyolefins, a small amount of antioxidants, necessary agents for longevity, and additives that enhance the mechanical processing performance of the conduits. The additives must comply with relevant regulations or industry standards. MPP power pipes do not require extensive excavation of mud, soil, or road surfaces, making them suitable for laying pipelines, cables, and other construction projects in special locations such as roads, railways, buildings, and riverbeds. Compared to the "trenching method," non-excavation power pipe projects are more in line with current environmental protection requirements, eliminating disturbances such as dust and traffic congestion caused by construction. This technology can also be applied in...