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与爱钢进行学术交流、合作研究以及产品开发! Sincerely welcome domestic and foreign entrepreneurs and scholars to conduct academic exchanges, cooperative research and product development with Aigang!

Henan Coal Science and Technology Wear-Resistant Technology Co., Ltd. has gathered scientific research forces in mining, materials, machinery, electronics, industrial control and other disciplines. Currently developed plasma cladding equipment, laser cladding equipment, variable pressure cold metal fusion welding equipment, wear-resistant alloy powder have been scraped in coal mines, conveyors, coal miners, hydraulic supports, and grinding rollers in power plants and cement plants And other equipment and workpieces have been widely used in industry and achieved great economic benefits.

Aigang & Henan Research Center of Wearable Remanufacturing Engineering Technology

Aigang always adheres to the road of independent technological innovation and attaches importance to the research and development of new technologies. The technology platform of "Henan Province Wear-resistant Remanufacturing Engineering Technology Research Center" based on the company has been approved and put into operation. The R & D center has research departments such as structural design room, equipment technology research room, control technology research room and performance testing room. It has optical microscope (OM), Rockwell hardness tester, Vickers hardness tester, roughness tester, and friction and wear tester. And impact corrosion and abrasion testers and other experimental testing equipment, providing good test conditions for scientific and technological research and development. In addition, it attaches importance to the production-study-research cooperation and has established long-term cooperative relationships with many large enterprises, research institutes and universities at home and abroad, and has jointly undertaken a number of research topics. International aspect: Established extensive technical contacts with Pinto Vally, P & H mining equipment company, and COHERENT company, keeping up with the latest technological developments in the world. Domestically: We have established long-term and stable cooperative relationships with many research institutes and universities, such as the School of Mechanical Engineering of Huazhong University of Science and Technology, Zhengzhou Institute of Mechanical Engineering, the State Key Laboratory of School of Materials Science and Engineering, Zhengzhou University. In addition, it actively cooperates with enterprises in technology, such as Shanxi Lu'an Coal Technology and Equipment Co., Ltd., Shanxi Coking Coal Group, Zhengmei Group, etc.

After years of efforts, the company's research on wear and corrosion resistance of metal surfaces has achieved remarkable results.

Research on Wear-Resistant Technology and Equipment of Hollow Cathode Nitrogen Ion Cladding

项目成功开发出适用于强化与修复大型机械设备易磨损构件的空心阴极氮离子熔覆设备。 Project introduction: The project successfully developed a hollow cathode nitrogen ion cladding equipment suitable for strengthening and repairing easily worn components of large mechanical equipment. The equipment has the advantages of high integration, small size, low output voltage, safety, reliability, and high efficiency. It provides a new method and means for strengthening and repairing equipment in the fields of coal mining, cement, metallurgy, power, and petroleum.

获科学技术成果鉴定证书一项;获河南省工信厅科技成果一等奖,河南省政府科技进步二等奖;获得国家发明专利一项,实用新型专利两项。 Achievement of the project: one certificate of scientific and technological achievements appraisal; one prize of scientific and technological achievements of the Henan Provincial Ministry of Industry and Information Technology; second prize of scientific and technological progress of the Henan provincial government;
"Handheld Air-Cooled Plasma Torch", Patent No .: ZL201010120261.9
"Equipment for nitrogen ion cladding method of hollow electrode", patent number: ZL200920089345.3
"A handheld air-cooled plasma torch", patent number: ZL201020126185.8

Research on Wear Resistance Technology and Equipment of CNC Plasma Cladding

项目主要针对数控等离子熔覆耐磨技术与设备进行研究,在大量的理论研究与试验基础上,成功开发出数控等离子熔覆耐磨机床。 Project introduction: The project is mainly aimed at the research of NC plasma cladding wear-resistant technology and equipment. Based on a large number of theoretical research and tests, the NC plasma cladding wear-resistant machine tool has been successfully developed. This equipment has the advantages of high degree of automation, good cladding layer formation, high cladding efficiency, etc., and is suitable for wear-resistant strengthening and repairing and remanufacturing of wear-resistant components in the middle groove of coal scraper conveyors and other mechanical equipment.

获科学技术成果鉴定证书一项;获河南省工信厅科技成果一等奖、河南省政府科技进步二等奖;获实用新型专利一项。 Achievements of the project: One certificate of scientific and technological achievements appraisal; one prize of scientific and technological achievements of Henan Provincial Ministry of Industry and Information Technology; second prize of scientific and technological progress of Henan provincial government; one utility model patent.
"Abrasion-resistant Scraper Reproducer Convex Slot", Patent No .: ZL201320563772.7

Research on Plasma Cladding Technology and Equipment for Low Helical Wear-resistant Drill Pipe

项目由河南省煤科院耐磨技术有限公司和山西潞安集团共同合作完成,成功研制出适用于低螺旋耐磨钻杆的专用等离子熔覆设备和完整的加工工艺,解决了松软突出煤层钻杆钻进困难的技术瓶颈。 Project introduction: The project was jointly completed by Henan Academy of Coal Science Abrasion Technology Co., Ltd. and Shanxi Lu'an Group, and successfully developed a special plasma cladding equipment and complete processing technology suitable for low spiral abrasion-resistant drill rods, which solved the softness It highlights the technical bottleneck of difficult drilling of coal seam drill pipe. In addition, the process and equipment can also achieve abrasion-resistant and corrosion-resistant strengthening treatment and repair remanufacturing of cylindrical surface workpieces such as rolls and large shafts.

获科学技术成果鉴定证书一项;获得国家发明专利一项,实用新型专利两项。 Project achievements: one scientific and technological achievement appraisal certificate; one national invention patent and two utility model patents.
"Plasma cladding processing method for chip removal and wear-resistant auger drill pipe", patent number: ZL201010590941.7
"A Plasma Cladding Wear-resistant Spiral Drill Pipe", Patent No .: ZL201020685037.X
"A chip-assisted abrasion-resistant spiral drill rod cladding equipment", patent number: ZL201020662863.2

Research on Micro-arc Plasma Fine Cladding Technology and Equipment

项目由河南省煤科院耐磨技术有限公司和山西焦煤爱钢装备再制造有限公司共同合作完成,成功研制出适用于耐磨无火花截齿的专用微弧等离子熔覆设备和工艺,实现截齿的微弧等离子自动熔覆和工业化生产。 Project introduction: The project was jointly completed by Henan Academy of Coal Science Wear Technology Co., Ltd. and Shanxi Coking Coal Aigang Equipment Remanufacturing Co., Ltd., and successfully developed a special micro-arc plasma cladding equipment and process suitable for wear-resistant non-spark cutting. , To achieve micro-arc plasma automatic cladding of picks and industrial production.

获科学技术成果鉴定证书一项;获河南省工信厅科技成果一等奖;获得国家发明专利一项;发表科技论文一篇。 Achievements of the project: one certificate of scientific and technological achievements appraisal; one prize of scientific and technological achievements of Henan Provincial Ministry of Industry and Information Technology; one national invention patent; one scientific and technological paper published.
"Micro-arc Plasma Cladding Method for Piston Rod of Hydraulic Support", Patent No .: 201310178255.2

Research and Application of Comprehensive Abrasion Resistance Technology for Coal Mine Equipment

项目主要针对煤矿装备(如转载机、刮板机中部槽、液压支架立柱活塞杆等)耐腐蚀综合技术进行研究,在大量的理论研究与试验基础上,成功研制出适用于煤矿设备耐磨强化的等离子、激光熔覆设备和工艺,实现煤矿装备的修复再制造。 Brief introduction of the project: The project is mainly aimed at the research of comprehensive anti-corrosion technology of coal mine equipment (such as loader, central slot of scraper, hydraulic support column piston rod, etc.). Based on a large number of theoretical studies and experiments, it has successfully developed a suitable coal mine equipment Wear-resistant enhanced plasma and laser cladding equipment and processes to achieve the remanufacturing of coal mine equipment.

获得国家实用新型专利两项,发表科技论文两篇。 Project achievements: Two national utility model patents and two scientific papers published.
"A rapid manufacturing device for abrasion-resistant composite pipes", patent number: ZL201220709418.6
"Shaft Cladding Device with Induction Preheating and Insulation", Patent No .: ZL201320262411.9

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