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Four advantages of domestic power sevoflurane

Edit:Jiangsu Yongtai Fire Engineering Co., Ltd.UpDate:2019-12-09

Four advantages of domestic power sevoflurane

In today's era, heptafluoropropane and its measurement and control technology are increasingly widely used, which provides a good opportunity for the rapid development of the heptafluoropropane industry. China's electric power heptafluoropropane has also developed rapidly.

Four advantages of domestic power sevoflurane

1. At present, the heptafluoropropane industry is an industry that competes directly with foreign investors, and foreign investment in China has entered the third stage. The first stage is mainly joint ventures and technology export. The joint ventures around 1990s were transformed into holdings as the second stage. Now it has entered the third stage, which is dominated by sole proprietorships and mergers with Chinese enterprises.

2. Some middle and low-end products already have scale advantages and international market competitiveness. For example, ordinary digital multimeters and other products account for a large amount of output in the world, and the production capacity of household electric meters accounts for 50% of the world. At present, China has become a major producer and exporter of thermometers, pressure gauges, water meters, gas meters, electricity meters, microscopes, telescopes, optical components and other products, and exports of container inspection equipment and other products have also started to make breakthroughs.

3. There is a 10-15 year gap between the heptafluoropropane industry and developed regions. But in development, China is a region with a complete sevoflurane industry and strong overall strength.

4. China has a large demand for heptafluoropropane and is one of the regions with rapid development. The growth rate of sevoflurane in the world is 3% to 4%. China has achieved an annual growth rate of more than 20% for four consecutive years, and some products have accounted for one-tenth of the world.

introduction

SZT heptafluoropropane (HFC-227ea) fire extinguishing system is developed and produced by our company in accordance with the standards and requirements of the US fire protection standard NFPA-2001-1996 "Design Code for Clean Gas Fire Extinguishing System" and GB25972-2010 "Gas Fire Extinguishing System and Components" Gas automatic fire extinguishing equipment.

The SZT heptafluoropropane fire extinguishing system produced by our company has the characteristics of cleanness, low toxicity, no pollution to equipment, good electrical insulation, high fire extinguishing efficiency, fast fire extinguishing speed, etc .; the system design parameters are complete, accurate, complete functions, reliable action, long-term Not easy to leak during storage.

According to the requirements of use, the SZT heptafluoropropane fire extinguishing system can be composed of unit independent systems, combined distribution systems and pipeless devices, etc., to implement single-zone and multi-zone fire protection. SZT heptafluoropropane fire extinguishing system has three control modes: automatic, electric manual and mechanical emergency manual.

SZT heptafluoropropane fire extinguishing equipment is mainly suitable for the fire protection of data centers, communication centers, computer rooms, various control centers, archives, libraries, power stations, high and low voltage substations, banks, subways, airports and other important places.

Heptafluoropropane fire extinguishing system is a fully submerged fire extinguishing system. Its fire extinguishing mechanism is chemical and physical. It can extinguish A, B, C and electrical fires, and can be used to protect people's places. Under the same conditions of fire type, scale, and discharge time, the design concentration for extinguishing a Class A surface fire is higher than 10% of the Halon 1301 fire extinguishing system. The configuration of key parts of heptafluoropropane fire extinguishing systems used in combination distribution methods should meet the corresponding system design requirements.