The world’s leading power management company, Eaton, recently launched the “Innovation Journey†Technology Day 2016 event, focusing on technological innovation and energy conservation and emission reduction. It will fully demonstrate Eaton’s latest solutions in new energy vehicles and industrial manufacturing. The event uses truck tours and technical seminars to share innovation trends with local customers and partners in more than 20 transportation and industrial equipment manufacturing fields along the way. Zhou Tao, President of Eaton China, stated: "In the process of large-scale industrialization, informationization and new urbanization in China, energy shortages and environmental pollution problems have become increasingly serious. Whether it is the development and use of new energy sources or the improvement of existing energy efficiency, Solutions to energy and environmental issues need to be driven by 'innovation.' Eaton has a wealth of experience in using power management techniques to solve the most difficult electrical, mechanical, and fluid power problems in the world. We hope to help customers respond through technological innovations. Energy efficiency and environmental challenges to promote sustainable business and social development." Perseveringly innovative is Eaton’s corporate philosophy that has remained unrelenting for over a hundred years and is one of the important factors that can keep the industry leading. Eaton has invested heavily in innovative R&D. Since 2000, the global R&D investment has exceeded 6.1 billion U.S. dollars and it has invested 625 million U.S. dollars last year alone. Today, Eaton has more than 10,000 patents worldwide and more than 10,000 R&D and engineering technicians. One Aspect of Innovation: The New Energy Vehicle Solution Meets the Demand of the Chinese Market Eaton is committed to creating innovative transportation technologies that help customers reduce their environmental impact. In 1978, NASA selected Eaton to design and build a new landing system for the space shuttle. In the subsequent cooperation, Eaton created a prototype of an electric vehicle drive system and made appearances on the NASA electric vehicle prototype in 1989. For more than 20 years, Eaton has been developing innovative electric and hybrid power systems for commercial vehicles, as well as providing charging and network charging management infrastructure for commercial and residential applications. Promoting the popularization of new energy vehicles is an important way to reduce energy consumption and environmental pollution. The 13th Five-Year Plan has set clear goals for the application of new energy vehicles in urban public transportation. As early as 2007, Eaton introduced the first bus equipped with a hybrid system to the Chinese market. At present, more than 10,000 city buses with Eaton hybrid systems are operating in 78 cities in China, with a mileage of over 1 billion kilometers. Compared with non-hybrid vehicles, fuel savings can reach or even exceed 40%. Reduce fuel consumption by about 100 million liters and reduce carbon dioxide emissions by about 250,000 tons. Through the investigation of the local bus market and customers, Eaton understands the new challenges facing the market – further improving energy-saving and emission-reduction performance and reducing operating costs; while road conditions in different parts of China vary, vehicle performance needs to meet a variety of road conditions. The power and safety driving needs. Based on this, Eaton has focused on developing innovative technologies for the pure electric passenger vehicle field to help customers meet the market's demand for diversified new energy solutions. Eaton is developing a purely electric drive system based on a 4-speed gearbox designed specifically for the large-scale bus passenger transportation market. A mechanical automatic transmission (AMT) is added to the mainstream electric drive scheme in the country, and can be achieved through shift optimization. 10%-15% energy saving effect. Simultaneously solve the stability problem in the multi-position operation of large-scale pure electric passenger cars, and help the climbing degree reach 20%. Another innovative intelligent high-voltage power distribution box ensures the normal and safe transmission of high-voltage electrical systems for purely electric passenger cars. The combination of the two innovative technologies will significantly increase the safety of the operation and operation of pure electric buses, helping to minimize operating costs. It is worth mentioning that these two innovative technologies are all from the local innovation team of Eaton China Research. The Eaton China Research Institute, established in September 2010, is one of Eaton’s six R&D centers in China. As an important member of Eaton’s global technology innovation layout, Eaton China Research Institute is committed to providing technical development and professional skills in many key areas, focusing on vehicle electrification and smart grid. Zhou Tao said: "Eton's local R & D services in the local market innovation strategy, is committed to bringing localized innovative products and solutions for the Chinese market. Eaton China Research Institute is one of the key R & D centers for our local innovation, they The research results have been widely recognized by customers and the industry, further strengthening our confidence and determination in continuing to increase our investment in innovation." At the same time, Eaton Bussmann can provide power distribution boxes for vehicles, vehicle circuit protection products, etc. to ensure the normal and safe transmission of high-voltage electric power systems for pure electric vehicles to make driving smoother and safer. . With the rapid development of the electric vehicle market, Eaton will also launch charging pile products for the Chinese market. Helping infrastructure construction is of crucial importance to the development of this emerging mode of transport. Second Aspect of Innovation: Intelligent Industrial Solutions Accelerate Manufacturing Upgrade The “Made in China 2025†strategy clearly puts forward innovation-driven, green development fundamentals and regards smart manufacturing and green manufacturing as the key to the transformation and upgrading of manufacturing. As a leading global supplier of industrial automation, Eaton offers a wide range of products, systems, solutions and services in the field of electrical and automation control. Innovative technologies represented by Eaton’s SmartWire-DT automation system terminal solutions have been used in China’s advanced manufacturing industries. For example, dealing with various signals from various welding stations is a big challenge for automated automotive bodywork production lines. To ensure an optimal production process, the central control must monitor all sensors and all motor drives on the relevant welding station of the conveyor system, and must also convert the conveyor system into a sophisticated control algorithm for quality control on the welding station. The uniqueness of SmartWire-DT is that it can integrate traditional switch cabinets such as contactors into the system, reducing wiring work by more than 80%, greatly saving time and costs, and improving the technical level of the entire system. At the same time, it provides considerable transparency with lower investment costs. Automotive manufacturers use SmartWire-DT to access the status data of each slave device so that all electrical components can be remotely controlled and monitored via communications. At the same time, as the basis of intelligence and automation, electro-hydraulic integration is bound to become an inevitable trend in the development and transformation of the manufacturing industry. Eaton’s deep understanding of the electrical and hydraulic markets and its many years of innovative experience allow it to fully integrate the expertise in these two areas and provide customers with industry-leading integrated solutions and complementary products for hydronics to help customers achieve Smart manufacturing. On the technical day, Eaton will demonstrate its variable speed servo control system and AxisPro high-performance proportional valve and other innovative products for the electro-hydraulic integration solution. The new variable speed servo control system incorporates Eaton’s many patented technologies, including pressure pulsation elimination technology and automatic parameter detection and adjustment systems, which greatly increase the accuracy of system pressure control, and will once again be cumbersome and require many empirical parameter adjustment processes. Simplified to a one-button operation, extremely convenient and simple operation, not only can save time, but also reduce labor costs and reduce human error. AxisPro high-performance proportional valve has built-in sensor and intelligent chip, can automatically identify the loop status, real-time diagnosis, ensure reliable operation of the equipment; four grades of control design, integrate software and hardware in one, abandon the traditional fixed curve and characteristics of proportional valve, through The unique Pro-FX® software allows free configuration curves and programming, providing customers with total solutions including software and hardware as well as personalized application options. Tungsten carbide mixed Metal Alloy Powder is commonly used in PTA (Plasma Transferred Arc) welding. PTA welding is a process that involves the deposition of a hardfacing material onto a base metal to provide wear resistance, corrosion resistance, and improved mechanical properties. Mixed Powder,Arc Welding Powder,Pta Welding Powder,Plasma Welding Powder Luoyang Golden Egret Geotools Co., Ltd , https://www.xtcthermalspray.com
Zhou Tao, President of Eaton China attended the event and shared Eaton’s innovative technology 
Eaton Launches 2016 "Innovation Tour" Technology Day Event
Tungsten carbide is a very hard and wear-resistant material, making it ideal for applications where high abrasion resistance is required. It is often mixed with other metals, such as nickel, cobalt, or chromium, to form a metal alloy powder. These metal alloys enhance the properties of the tungsten carbide and improve its compatibility with the base metal.
The tungsten carbide mix metal alloy powder is typically fed into the PTA welding torch, where it is melted and propelled onto the surface of the base metal using a high-energy plasma arc. The molten powder forms a hard, dense coating that bonds with the base metal, providing excellent wear resistance and protection.
The specific composition of the tungsten carbide mix metal alloy powder can vary depending on the application requirements. Different ratios of tungsten carbide and other metals can be used to achieve desired properties, such as hardness, toughness, and corrosion resistance.
Overall, tungsten carbide mix metal alloy powder is a versatile and effective material for PTA welding, offering superior wear resistance and protection for various industrial applications.