R & D
ALPA pays close attention to domestic market demand and technology development trends, continuously introduces mature technologies at home and abroad, selectively adopts and combines its own advantages, develops and innovates, and manufactures with precision. It is a long-term independent development path of the company insisted on.
Technology and innovation
Introduce advanced technology from Europe and United States, adhere to independent research and development and innovation, and transform technology into productivity.
ALPA is very committed to working with industry-leading international group companies,strengthen technology sharing and improve product technology level.
The cooperation and joining of all kinds of high-end technical personnel, as well as the acquisition of more than 30 patents, have made our company be worthy of an industry leader.
Since 2005, ALPA has established cooperative relationships with major universities and research institutions to strengthen the complementary resources of school and enterprise and enhance the company’s product innovation capabilities.
ALPA has the team of more than 10 experts, most of whom enjoy special government allowances and publish many important technical papers in the domestic and international powder industry publications.
Member of the China Particle Society, and expert member of the China Non-Metallic Minerals Association Innovation Committee. He graduated from the Department of Chemical Engineering of Qingdao University in 1989, filling two domestic blanks, obtained three national invention patents and more than 30 utility model patents, and published 20 papers.
Selected as the “Beijing Million Talents Program”, deputy director of the Coal Power Pollution Control and Waste Recycling Laboratory of Shanxi University. He used to be deputy director of the Solid Waste Management and Comprehensive Utilization Laboratory of Peking University. He graduated from the Department of Thermal Engineering of Tsinghua University (postdoctoral), applied for 98 patents and 78 academic papers.
Former German Alpine company engineer, one of the main design developers of the classifier. With more than 30 years of experience, he has presided over the development of a series of classifiers such as vertical single rotor classifier, vertical multi-rotor classifier, horizontal single rotor classifier and horizontal multi-rotor classifier. Adhering to the rigorous technology of the Germans, he has participated in the construction of several classic projects in Liaoning, Sichuan and Hubei in China, especially the design of the classifier has become a model for the industry to studying
Selected as an “Oriental Scholar”, professor and doctoral tutor of the Department of Electronic Information Materials, School of Materials of Shanghai University, graduated from the Department of Materials Science and Engineering (Ph.D.) of Tsinghua University. He has worked in the Karlsruhe Research Center in Germany and the Japan Industrial Technology Research Institute for 11 years. He has accumulated rich practical experience, is an authoritative material science and engineering expert in the world, and has published 68 papers in foreign core journals.
He has won the Zhejiang Science and Technology Progress Award for 6 times and has many years of experience in technical cooperation with a well-known German powder engineering company. Technical field: Mechanical manufacturing. He is good at research on topics such as molten reduction ironmaking, gas-solid separation fluid mechanics, electrochemical deposition, extractive distillation, vapor-liquid equilibrium, etc., and has published many related research papers.
Director of research institute
An expert of the China Particle Society, graduated from the Department of Materials Science and Engineering, Shenyang Aerospace University. He is good at ultra-fine processing of non-metallic minerals, lithium batteries, pharmaceutical industry, food industry, fine chemicals, industrial solid waste, high-tech materials, metal powder, ceramic building materials, and research on inert gas protection pulverization and classification.
He used to be the chief engineer of the German IVA company in China and served as the director of the Third Design and Research Institute of the Ministry of Chemical Industry of China. Graduated from Hefei University of Technology, majoring in computer technology and application.He has extensive professional knowledge and on-site management experience in terms of industrial design in powder processing projects (including: preliminary project planning, general layout and design), process flow design, equipment selection, site engineering management, and commissioning of production lines.
Technical center director
Expert of China Particle Society, expert of Innovation Committee of China Non-Metallic Mineral Association. He has been engaged in researching formulation and process of non-metallic and mineral materials applied in rubber, and published 15 papers. Areas of expertise: deep processing and application of inorganic non-metallic powder materials, deep processing and reuse of fly ash and other secondary resources, and combination and application of inorganic non-metallic powder materials and organic polymers.
ALPA Research Institute currently has more than 40 top R&D engineers in the ultra-fine powder industry and plans to reach a research and development team of 200 people within five years.
After decades of construction, ALPA Research Institute has become an important independent research and development and technological innovation force in the field of ultra-fine powder and nano-powder related technologies at home and abroad. It has obtained 31 effective national patents, including 4 invention patents. 27 new utility model patents.
Independent research and development of effective intellectual property table
Transformation of scientific and technological achievements
Combining scientific research with production, learning and research, relying on mature scientific research team, pioneering and innovating, aiming at the technological frontier of the industry, and continuously improving the overall scientific and technological achievements of enterprises.
Cooperative research institutes and research areas
Ultrafine airflow crushing technology
Ultrafine airflow pulverization manufacturing equipment
Building Materials Industry Technical Information Institute
Ultrafine powder pulverization technology
National institute of clean and low-carbon energy
Powder modification technology, battery material manufacturing device
China University of Mining and Technology
Deep processing and application of non-metallic minerals
Industrial solid waste recycling economic technology research and equipment manufacturing
Qingdao University of Science and Technology
New material technology
School of Material Science And Engineering, University of Jinan
New material technology
China Medical University
Drug ultra-micro treatment technology
Summary of the transformation of enterprise scientific and technological achievements
|No.||Project Name||Project source||Technical field||Project type|
|1||Ultra-fine classifier mill technology research and development||Enterprise independent project||New material||New product|
|2||Online cleaning air jet mill technology research and development||SME Technology Innovation Fund Project||Pharma||New product|
|3||Research and development of multi-impeller airflow crushing and classifying technology||Enterprise independent project||Pharma||New product|
|4||Technology research and development of comprehensive cleaning and feeding device||Enterprise independent project||Superfine crushing||New product|
|5||Technology research and development of Air jet mill nozzle||Enterprise independent project||New material||New process|
|6||Technology development of special impeller for high-precision air jet mill||Enterprise independent project||Battery material||New process|
|7||High-sealing safety transmission technology research and development||Enterprise independent project||Pharma||New process|
|8||Design and development of a jet mill with modification function||Enterprise independent project||New material||New process|
|9||Harmless recycling technology of waste fluorescent tubes||Enterprise independent project||New material||New process|
|10||Design and development of a jet mill with modification function||Joint research||Superfine crushing||New process|
|11||Harmless recycling technology of waste fluorescent tubes||Joint research||Comprehensive utilization of resources||New process|
|12||Design and development of a cyclone-type particle classifier with bottom wind||Enterprise independent project||Superfine crushing||New product|
|13||Design and development of separated vertical multi-rotor classifier||Enterprise independent project||Superfine crushing||New product|
|14||Development of a new type of vibration mill||Enterprise independent project||Superfine crushing||New product|
|15||Application and development of advanced ceramic technology in high purity ultrafine grinding equipment||Yuandu Leading Talent Project||New material||New process|
|16||Development of spiral jet mill feeding device||Enterprise independent project||Superfine crushing||New product|
|17||Development of butterfly jet mill||Enterprise independent project||Superfine crushing||New product|
|18||Development of separated horizontal multi-rotor classifier||Enterprise independent project||Superfine crushing||New product|
|19||Development of self-dividing vertical multi-rotor classifier||Enterprise independent project||Superfine crushing||New product|
|20||Development of ultra-fine powdering and precision classifying equipment for steel slag||Cooperation projects||Comprehensive utilization of resources||New process|
|21||Development of spiral blade classifier||Enterprise independent project||Superfine crushing||New product|
|22||Research and development of specialized manufactured technology for lithium battery cathode materials||Shandong Province Technology Innovation Plan||New material||New process|
|23||Development and demonstration of dry separation of bean protein technology||Shandong Province Technology Innovation Plan||Superfine crushing||New process|
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