· Advantages of multi-fluorinated industrial chain highlighting new energy vehicles are expected to achieve mass production in 2016
From "fluorinated salt" to "lithium hexafluorophosphate" to "power lithium battery", polyfluoride (002407) relies on technological innovation. As long as the company is determined to enter which field, it has basically become the leader or powerful in this field. Competitor. Nowadays, Polyfluoride intends to quickly enter the field of new energy vehicles by utilizing its own industrial chain advantage in the field of lithium battery power systems. It is expected to become a dark horse in the field of new energy vehicles in China. A share of the energy car market. Conveyor Rollersused Rubber Conveyor Belt,Second Hand Conveyor Belt Rubber,Used Conveyor Belt Rubber For Sale,Rubber Belting Acron Power Transmission (zhejiang) Co.,Ltd , https://www.acronpower.com
According to the plan, Polyfluoride plans to produce 4,000 vehicles in 2015 (1000 of which are fuel vehicles), and more models are expected to be mass-produced in the first half of 2016. By then, new energy vehicles are expected to become an important growth pole for listed companies. It is worth mentioning that the multi-fluorinated power lithium battery is increasing in volume. In the future, with the refinancing fund-raising investment project, the production capacity will increase from the current 70 million AH to 300 million AH in 2016, due to the company's power lithium. The long-term supply of batteries is in short supply, and the rapid expansion of production capacity is expected to drive the company's performance to grow in the next two years.
The industry's new star polyfluoride with innovative genes is the world's largest and leading technology in inorganic fluorine chemical industry, mainly engaged in research and development, production and sales of high-performance inorganic fluoride, lithium batteries and materials. The main products include cryolite. Anhydrous aluminum fluoride, lithium hexafluorophosphate, lithium battery cathode material (lithium manganate, ternary lithium), electrolyte and separator (nonwoven fabric method). In recent years, the company has entered the field of power lithium battery manufacturing, powertrain and new energy vehicle vehicles with its own advantages in the lithium battery industry chain.
Polyfluoride has always been engaged in transformation and upgrading around technological innovation. As long as the company is determined to enter which field, it has basically become a leader or a strong competitor in this field. In the field of fluoride salts (including cryolite and aluminum fluoride), polyfluoride has broken the monopoly of foreign companies in the industry for many years with its unique technical process and cost advantages, and established the company's fluoride salt. The global absolute dominance of the field has also made Chinese national enterprises proud.
After great success in the field of fluoride salts, Polyfluorocarbon has set its sights on the core material of lithium battery electrolyte - "lithium hexafluorophosphate". Due to the complexity of the process and the difficulty of lithium hexafluorophosphate, the core technology is mainly monopolized by a few Japanese companies such as Morita Chemical and Kanto Electrification. Domestic lithium battery companies have to import from abroad at high prices. It is the huge import substitution market and the good development prospects of “Lithium Hexafluorophosphateâ€. The multi-fluorination has achieved technological breakthroughs since the beginning of scientific research in 2007, and in 2011, it achieved small-scale production of lithium hexafluorophosphate (200 tons).
After the initial public offering, Polyfluoride also used the super-raised funds to launch the “2000 tons of lithium hexafluorophosphate and ancillary products project†and put it into full production at the end of 2013, making the company the world's number one lithium hexafluorophosphate industry leader. With the advantage of cost and quality, the lithium hexafluorophosphate product produced by polyfluoropoly quickly replaced the import and occupied the domestic market, and on this basis, it entered the Japanese and Korean supply chain and entered the overseas market. Although the production capacity has jumped to the top in the world, the lithium hexafluorophosphate product produced by polyfluoride is still in short supply. To meet the market demand, polyfluoride will further expand production capacity and consolidate its global leading position. It is precisely because of the involvement of the innovator of polyfluoride that the price of lithium hexafluorophosphate has dropped from the original 300,000 yuan/ton to about 90,000 yuan/ton now. However, in the case of unprofitable other manufacturers, it is more fluorine-rich. Still able to maintain a gross profit margin of more than 30%, which is mainly due to the obvious cost and technical advantages of polyfluorinated in the field of lithium hexafluorophosphate.
After mastering the core technology of lithium battery power system in the field of lithium hexafluorophosphate (electrolyte), the company has extended its industrial chain to various fields of lithium battery materials including battery positive electrodes and separators. Through years of accumulation, Polyfluoride has developed into one of the most technologically advanced and most complete industrial chains in the entire lithium battery material system. It is precisely because of the deep understanding of the lithium battery material system and the advantages of the upstream industrial chain that multi-fluorine has been rapidly developed in the field of power lithium batteries. Since entering the field of lithium battery manufacturing since 2010, it has developed into a production in just a few years. The top-ranking power lithium battery manufacturing giants, especially in 2015, the multi-fluorine-started 300 million AH battery project, which uses fully automated production equipment, greatly improves production efficiency and reduces production costs.
In order to better realize the extension of the industrial chain, Polyfluoride has gradually expanded from the pure lithium battery manufacturing to the battery management system (BMS) design and development of electric vehicles. In addition, the company also has layout on important motor control systems. , has independently developed and designed the electric vehicle motor and control system, and integrated into the electric vehicle powertrain.
Due to its unique process and technology, the powertrain system developed by Polyfluorocarbon has many excellent characteristics such as high capacity, long life and good safety. For example, in the production process of power lithium batteries, the company adopts a more difficult bag lamination process (currently Nissan also adopts this process), which can make lithium batteries have smaller internal resistance, higher safety and reliability. Thereby improving the overall performance of the battery.
With its outstanding industrial chain, cost and quality advantages, Duofuo has successfully developed a number of enterprise users in the fields of electric vehicles, electric bicycles, energy storage, etc. The most important users include the new ocean and time and space, corresponding to the two main models. It is Zhongtai Zhidou (Zhongtai cooperates with New Ocean) and Zotye E20 (Zhongtai and Time and Space), and Geely Zhidou. At present, the company has become a stable partner of the new ocean and time-space vehicles, and has carried out a new energy bus business cooperation with Henan Shaolin Bus, and has established cooperative relations with many companies such as Dongfeng Brigade. In addition, the company's products have also successfully entered the European market, and the products of polyfluoride have passed the rigorous testing of the comprehensive laboratory of the University of Pisa, Italy.
At present, the annual production capacity of lithium-ion batteries is about 100 million Ah. Since it is well received by customers, the power lithium battery produced by multi-fluorine is in short supply, and the production capacity is seriously insufficient. In order to better meet customer needs, Polyfluoride is seeking to expand production capacity. It is expected that the company's lithium battery capacity will expand to 300 million Ah in 2016. With the release of capacity, the sales of power lithium batteries have increased. It is expected that lithium batteries will become an important engine for the company's performance growth in the next few years, which will lead to the company's performance growth.
To build a complete industrial chain of new energy vehicles, the company will announce in July this year that it will acquire a 69% stake in Hongxing Automobile through equity acquisition and currency capital increase, and realize the control of Hongxing Automobile, and obtain the qualification of new energy vehicle production. .
Since Polyfluorocarbon itself already has a complete industrial chain of power lithium batteries including electronic grade hydrofluoric acid, lithium fluoride, lithium hexafluorophosphate, cathode materials, and power lithium battery assembly, master new energy vehicles such as batteries, motors, and electronic controls. The core technology of power system, the acquisition of Red Star will help the company's industrial chain continue to extend to the downstream new energy vehicle manufacturing field, making Polyfluoride one of the most complete new energy vehicle manufacturers in the industry chain.
In terms of production, PFC plans to produce 4,000 vehicles in 2015, of which 1,000 are fuel vehicles. It is understood that after the acquisition of Red Star, Dover is stepping up the research and development and design of new models. If the progress is smooth, it is expected that the new models will be mass-produced and available for sale in March next year.
According to industry insiders, new energy vehicles are supported by many manufacturers because of their strong policy support and financial subsidies. The gross profit margin of products is much higher than that of fuel vehicles, coupled with good industry prospects. Despite the fierce competition, he is still very optimistic about the development prospects of polyfluoride in the new energy vehicle industry. The reasons are as follows: First, the multi-fluoro lithium battery power system has been applied to 12,000 new energy vehicles (including Zotye Time, Zhongtai Zhidou, Geely Zhidou D2, etc.) by downstream customers. It has never been used for more than two years. Through safety accidents and major quality problems, the safety and stability of the multi-fluoro lithium battery power system have been fully verified. Secondly, Red Star has a good process, technology accumulation and brand awareness in the field of complete vehicles and accessories. This advantage is combined with the advantages of polyfluorinated in the power lithium battery industry chain, the company will gain the unique industrial chain advantage in the field of new energy vehicles; third, polyfluoride has always had strong "innovation" and "subversion" genes This kind of gene has helped the company to subvert the industries of fluoride salt and lithium hexafluorophosphate, and has become the leader in this field in a short time. This time, the multi-fluorination enters the field of new energy vehicles, and does not rule out that the company can suddenly emerge and become a powerful new energy vehicle field. competitor.