Inner Mongolia Chemical Industry Co., Ltd. falls into a power shortage

Since entering the summer, Inner Mongolia, which has always been a large energy output region, has also entered the province of serious power shortage. At present, most of the chemical companies in Inner Mongolia are not able to operate normally due to the impact of power cuts, and their production costs are continuously increasing. Among them, companies such as calcium carbide, chlor-alkali, and rare earth metallurgy are particularly serious.
According to the statistical data of Inner Mongolia Electric Power Company, as of now, the average daily power limit exceeds 1.6 million kilowatts, and the maximum power limit is 3.05 million kilowatts. With the continuous high temperature in the north, the power shortage has further expanded. It is understood that in the past, power cuts were mainly targeted at high-energy-consuming enterprises such as calcium carbide and ferroalloys. Currently, most of the key enterprises in the region, including the chemical industry, have also started to limit their power consumption. Twenty-eight of 56 households of calcium carbide and ferroalloy companies in Baotou have been forced to stop production. According to incomplete statistics, in Alxa League, which is based on industries such as salt chemical industry and high energy load, many companies that are producing are forced to stop operating due to lack of electricity. In the second half of this year, key industrial projects planned to be put into production in the region, such as the Jilantai Salt Chemical Group PVC project and the Qinghua Group's 3 million tons of coking coal silicomanganese, will also be trapped by the word “electricity”; In Wuhai, a large energy-carrying chemical city, there are still more than 500,000 kilowatts of electricity waiting for electricity. Most chemical companies are in a state of severe power shortage; Ordos City is focusing on cultivating 4 million tons of heavy chemical and 1 250 The industrial structure of 10,000 tons coal liquefaction also slowed implementation speed due to insufficient power supply.
Inner Mongolia has always attached great importance to the development of the power industry. At the end of 2002, it began to introduce domestic and foreign enterprises to invest in power plant construction. However, due to the rapid economic development in Inner Mongolia in the past two years, the demand for electricity has continuously increased, and there has been a phenomenon that the growth rate of power generation installed capacity is far below the growth in electricity demand. To this end, experts have called for the electric power industry to be a pioneering industry. It is necessary to expedite the approval of contracted power projects, speed up the start of approved projects, speed up the construction of power projects that have already started, and ease the situation of power shortage as soon as possible.

Slow-wire Cutting Processing

Slow-wire cutting processing, also known as slow wire electrical discharge machining (SWEDM), is a precise machining technique used to cut intricate shapes and contours in conductive materials. The process involves using a thin, metallic wire that is continuously fed through a workpiece while an electrical discharge is passed between the wire and the workpiece. This electrical discharge erodes the material, allowing for accurate and precise cutting.

Unlike traditional machining methods, slow wire cutting processing does not involve direct contact between the cutting tool and the workpiece. Instead, a small gap is maintained between the wire and the workpiece, typically filled with a dielectric fluid that acts as a coolant and electrically insulating medium.

The wire used in slow-wire cutting processing is typically made of brass or other conductive materials. The wire is continuously fed through the workpiece in a controlled manner, guided by computer numerical control (CNC) systems. As the wire passes through the workpiece, an electrical discharge is generated between the wire and the workpiece, creating small craters in the material.


Slow-wire cutting processing offers several advantages over traditional machining methods. It allows for precision cutting of complex shapes and contours, even in hard and brittle materials. The process is capable of achieving high cutting speeds and does not create thermal distortion or burrs on the workpiece. Furthermore, slow-wire cutting processing is a non-contact method, which reduces tool wear and prolongs the lifespan of the wire.

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