“Hu Mo” became the international giant in polishing abrasives sales

A small factory that used to be a township-run enterprise, relying on technological innovation and actively developing high-tech products, finally made the company the leader of the domestic finishing industry, the largest export base of polishing abrasives, and the sales volume ranked first in the world. In addition to more than 20 provinces, municipalities and autonomous regions, the products are also exported to more than 20 countries including the United States, Japan, Singapore, Germany and Italy. From January to June, sales reached nearly 80 million yuan.

It is understood that this Zhejiang Lake Grinding Abrasives Manufacturing Co., Ltd., located in Shuanglin Town, Nanxun District, was originally a magnetic material factory.

The main production of brown corundum metasphere, the specification is only more than 10, the annual output is only more than 300 tons, and the coal consumption is high, soot and dust, and the benefits are poor. In recent years, with the help of science and technology departments at various levels in the city, the company has introduced advanced technology for the production of polishing abrasives and relied on technological innovation to actively develop high-tech products. At present, the company has assets of more than 60 million yuan, with an annual output of more than 35,000 tons of polishing abrasives, polishing machinery and polishing fluid. And the company produces 8 series of more than 1,000 varieties of products, of which "stainless steel brightener" has been included in the National Torch Program, "'XGP60X' planetary rolling machine" officially declared a national new product.

Moreover, the company has established a provincial-level R&D center and has introduced professional talents from Henan, Jiangxi and Shanghai. The involvement of experts such as Wang Huaizhu, an associate professor at Zhengzhou University of Technology, has led to a rapid increase in the corporate level. In addition to more than 20 provinces, municipalities and autonomous regions, the products are also exported to more than 20 countries including the United States, Japan, Singapore, Germany, Sweden and Italy.

The company is very focused on improving the overall quality of its employees. “Hu Mo” company sent a batch of young workers to Tongji University, Jingdezhen Ceramic Institute and other universities for further study. A testing center was set up and advanced testing equipment was introduced to provide a scientific basis for new product development and quality reports. At present, the company's products have formed a new pattern of "production first generation, trial production generation, research and development generation, brewing generation".

In order to make the development of the enterprise better and faster, “Hu Mo” Company has launched the “Technology Reconstruction of 300,000 Tons of Abrasives with Annual Production”, with a total investment of more than 81 million yuan. It is reported that after the project is put into production, the annual sales will increase by 300 million yuan, the new profits and taxes will be 25.5 million yuan, and the foreign exchange will be 20 million US dollars.

In order to build the enterprise into an advanced manufacturing base for international polishing abrasives, “Hu Mo” Company has actively changed its development mode to achieve clean production. The main process of polishing abrasives is: mixing - vacuuming - forming - sintering - finishing - packaging products. During the sintering process, a large amount of black smoke and some harmful gases are generated, which has a certain pollution to the air. In order to solve the pollution problem, “Hu Mo” cooperated with the Shanghai Kiln Design Institute to build a new tunnel kiln and introduce the patented product “MCS-A Gas Generator”. After repeated design and transformation, it finally succeeded, eliminating black smoke and exhaust gas. Emissions have also reached the relevant standards.

In order to completely solve the "difficult problem" of abrasive production in the self-grinding process, "Hu Mo" company invested more than 400,000 yuan to build three wastewater recycling pools. Not only the wastewater is recycled, but also the sediment in the wastewater can be recycled. The company was also rated as “Huzhou Green Enterprise” by the relevant departments of the city, and was awarded the “Zhejiang Energy Saving and Water Saving Special Fund”. A few days ago, the company applied to the relevant departments of the province to declare "Zhejiang Green Enterprise".

After taste the energy-saving and efficiency-enhancing sweetness, Yu Xinglin, the general manager of “Hu Mo”, decided to re-innovate the kiln sintering process, investing 12 million yuan to convert the original 63-meter sintered tunnel kiln into three 80-meter tunnels. The kiln changed the original 63-meter drying kiln into four 60-meter drying kiln. Through the increase of the kiln body, the furnace temperature is more easily controlled, which is conducive to improving product quality. "Because of the lengthening of the kiln, the original half-hour 1 car was shortened to 20 minutes and 1 car, each tunnel kiln can increase production by one-third, and the total output of the three tunnel kiln can be doubled." Say.

Through the transformation, the effect is obvious, and zero discharge of waste water is realized, which not only saves water, saves coal, saves electricity, but also recycles waste, and the waste heat is profitable again. The accumulated economic benefits have exceeded 6.8 million yuan, and all technical indicators are also in the leading level in the same industry.

Venous Cannula

Venous cannula is also a deep venous puncture catheter. The method is to select the appropriate puncture site and insert the needle under the skin, and insert the needle with negative pressure until the dark red blood is absorbed, indicating that the needle has entered the vein, and the guide wire is inserted. Withdraw the puncture needle to leave the guide wire in the blood vessel, and then insert the venous catheter that needs to be indwelled along the guide wire, then exit the guide wire, inject diluted heparin saline and fix the catheter, the deep venous catheterization is completed. The veins for puncture and catheterization are usually selected clinically, including the subclavian vein, internal jugular vein, and femoral vein. After the puncture catheter is indwelled, attention must be paid to the care of the puncture site to avoid infection with thrombus or catheter falling off.

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