Korean electromagnetic induction electric vehicle technology products are exported overseas
1. Uniform particle size: graphite crushing concentration, high classification accuracy, large output
2. Low energy consumption, low wear: full negative pressure design, high precision crushing classification, particle size shaping, low energy consumption, small wear
3. Automatic control: special equipment can be selected according to different raw materials, full automatic control, low energy consumption, no dust pollution in the processing process, clean and environmental protection
The equipment is widely used in graphite, raw coke, needle coke, calcined coke, metal ore, non-metal ore, new materials, etc., a wide range of applications, high efficiency. The equipment has smooth operation, high precision of crushing and grading, low energy consumption and small wear. The production line has the characteristics of good shape, high yield of finished products, and large processing capacity of a single set of equipment.
Spot supply
A variety of styles and specifications adequate inventory, stock delivery on the same day
Support for customization
Unconventional models support customization
Factory straight hair
Industry manufacturers for many years, rich experience and reliable
No worries after sale
Professional after-sales, quality after-sales service
Impact Mill,Impact Mill Impact Grinding,Impact Grinder,Fine Grinding Mill Shandong Jing Xin Powder Equipment Technology Co., Ltd. , https://www.jxpowder.com
KAIST stated that the city of Maiaron, Texas, USA plans to put three OLEV buses into operation on the city's 16km bus route from 2013 onwards, and decided to purchase the OLEVTECHNOLOGY subsidiary of KAIST in Massachusetts. Technology and related vehicles, procurement amounted to 2.11 million US dollars.
OLEV full name On-Line Electric Vehicle, is a non-contact electromagnetic induction powered electric vehicle, the principle is to use the electromagnetic induction can provide power between the power supply coil and the power receiving coil. That is, one power receiving coil device is mounted on the chassis of the automobile, and the other power feeding coil device is buried under the road. When the electric vehicle reaches the power supply coil device, the power receiving coil can receive electromagnetic waves of the power supply coil, and thus The battery is charged. KAIST's OLEV technology was rated as one of the world's 50 largest inventions by the US "Times" magazine last year.