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2004
※Established in August 2004, it is the first professional company in China specializing in the research of tribology testing technology and the development of friction and wear testing machines. It is a member unit of the National Society of Tribology.
2005
※In 2005, with the support of the Science and Technology Bureau of Jinan City, our company collaborated with Zhejiang University to apply configuration control software to the control system of friction and wear testing machines for the first time. The universal friction and wear testing machine using this control system has been rated as a high-tech product by the Jinan Science and Technology Bureau!
2006
※In 2006, it was awarded the title of High tech Enterprise in Jinan City.
※In 2006, the company and Wuhan University of Technology successfully developed the "Internal Combustion Engine Tribology and Dynamics Test Device", providing information and data for the design and assessment of high-power marine internal combustion engines in China;
2007
※In 2007, the company successfully developed the "high-frequency reciprocating fatigue friction and wear testing machine", which solved the experimental problem of fatigue and wear of refrigeration compressor piston materials in satellite research in China's aerospace field. It filled the gap in the friction and wear performance testing of domestic satellite equipment materials, and its technical level is in a leading position internationally.
※In 2007, in collaboration with Tsinghua University, we successfully developed a software for wear spot measurement system.
2008
※In 2008, the company successfully developed the "DMM type dynamic loading friction and wear experimental platform", filling the gap in the design and assessment of sliding bearings in China. It can measure the friction performance of bearing shells and shafts under high speed, high load dynamic loading conditions with good lubrication, boundary lubrication, and dry friction conditions.
※In September 2008, we invested and established the first tribology testing technology laboratory in China's industry, which is also the only tribology testing technology laboratory established by an enterprise in China, providing tribology experimental data support for industry insiders.
2009
※In 2009, the company successfully developed the "Ultra Low Temperature Pin Disk Friction and Wear Testing Machine", filling the gap in low-temperature vacuum friction and wear testing equipment for materials in the aerospace field in China.
2010
※In 2010, the company's comprehensive benefit index ranked first in the national friction and wear testing machine manufacturing industry, and ranked first in the same industry in the province. It is also the only production unit in China that can customize special working condition friction and wear testing machines according to the actual needs of users. The products are widely used in industries and units such as petrochemical, automobile manufacturing, mechanical metallurgy, textile and building materials, light industry, aerospace, railway transportation, shipbuilding, universities, research institutes, etc.
※In 2010, the company successfully developed a "diesel lubrication performance evaluation testing machine", which innovatively solved the processing of small friction signals and oil film thickness detection in high-frequency reciprocating motion. Its technical performance is comparable to imported equipment.
※We focus on product research and development, develop 9 types of fully intellectual property products, and have obtained multiple invention patents and utility model patents.
※Comrade Xiao Hua, Chairman of our company, has been awarded the title of "Technology Star" by the Jinan Science and Technology Bureau.
2011
※At the beginning of 2011, the company successfully implemented and developed the "micro reciprocating friction and wear testing machine", which uses "non-contact loading" to achieve experimental force loading. This technology is still the first in the world and is in the process of patent application for invention. In the process of developing this equipment, the company's R&D personnel took "electromagnetic effect" as the core technology of the equipment, creating a precedent for this technology internationally!
※In 2011, our company collaborated with a well-known foreign enterprise, the China R&D Center, to develop an online wear measurement device, which can better reflect the wear resistance of materials at various time periods.
※In 2011, our company successfully developed the "drill pipe casing friction and wear testing machine" for Xi'an Petroleum University.
2012
※In March 2012, the company obtained the computer software copyright registration certificate issued by the National Copyright Administration of the People's Republic of China - "High frequency reciprocating friction and wear testing machine" computer software copyright. (Registration number: 2012SR018646)
※In May 2012, the company successfully developed a "vacuum ring block friction testing machine", which innovatively solved the wear resistance test of metal and non-metallic materials in sliding state under high vacuum conditions and the bearing test within an adjustable range.
※In September 2012, the company successfully developed a "high-temperature reciprocating friction and wear testing machine", which uses a special heating method to achieve high-temperature heating of wear-resistant materials under reciprocating motion conditions. The heating method is convenient to operate and the temperature rises quickly.
2013
※In July 2013, the company obtained a patent certificate for the invention of the "high-frequency reciprocating micro friction and wear testing machine". (Patent No.: ZL 2011 10347214.2)
※In August 2013, our company successfully adopted a grating displacement sensor on the "high-frequency reciprocating friction and wear testing machine", which has high precision in reciprocating stroke control and is free of calibration.
※In October 2013, the company successfully developed the "Rubber Bearing Friction and Wear Testing Machine" for Shanghai Jiao Tong University. This technological innovation can test friction torque, friction temperature, vibration displacement, and wear under different speeds, loads, lubrication conditions, and conditions with or without eccentric wheels to evaluate the tribological performance of rubber bearings, filling the gap in the research topic of rubber bearing tribology.
2014
※In February 2014, the President of Dalian Jiaotong University visited our company for inspection and technical exchange on rolling contact fatigue testing. In September 2014, we purchased our equipment (one batch of three units), which has been successfully accepted recently.
※In March 2014, Professor Zhang from the School of Materials at Tsinghua University visited our company to discuss the mechanism of rolling fatigue with our technical engineers, and purchased a rolling contact fatigue testing machine produced by our company for academic research. Currently, this equipment has been successfully accepted.
※In June 2014, Dr. Yang from the Chinese Academy of Sciences Shanghai Silicate Research Institute came to our company to conduct low speed forward and reverse friction and wear tests; And commissioned our company to develop a high and low temperature friction and wear testing machine.
※In August 2014, the Institute of Modern Physics of the Chinese Academy of Sciences held technical exchanges with our company on fretting wear, and entrusted our company to develop high-temperature fretting corrosion friction and wear test equipment.
2015
※In May 2015, the Sixth Research Institute of China Aerospace Science and Technology Group and Ningbo Institute of Materials Technology and Engineering of the Chinese Academy of Sciences jointly entrusted our company to develop and produce the "high-speed gear wear tester" for the simulation wear test research of aerospace materials. At present, the device has been successfully delivered to users for use.
※In June 2015, Mr. Ritchie, Vice President of Amsted Rail Company in the United States, and Mr. Zuo, Chief Engineer of Technology, visited our company to discuss the mechanism of rolling fatigue of wheel hubs and rails with our engineers. They also purchased the GPM-30A microcomputer controlled rolling contact fatigue testing machine produced by our company. Currently, this equipment has been successfully delivered to users for use.
※In October 2015, our company appointed two representatives to participate in the National Tribology Conference held in Chengdu, to jointly learn and exchange ideas with participating experts, scholars, and enterprise representatives, discuss the application and testing of friction and wear, and pay attention to the academic progress and achievements of friction and wear in China.
2016
※In April 2016, our company independently developed a series of multi-functional extreme working condition friction and wear testing machines, including multi-functional high-temperature vacuum friction and wear testing machines, multi-functional low-temperature vacuum friction and wear testing machines, and multi-functional high and low temperature friction and wear testing machines.
※In April 2016, our company participated in the 2016 Hannover International Industrial Exhibition in Germany.
※In May 2016, our company appointed a technical representative to participate in the 2016 National Youth Tribology Academic Conference held in Xi'an.
※In July 2016, our company appointed representatives to participate in the Youth High end Forum on Friction and Lubrication held in Tianjin. Through various means such as expert consultation, exchange of opinions, and product display, we discussed the application and testing of friction and wear, and focused on the latest achievements in academic research and product application in the field of friction and lubrication in China.
2017
※In December 2017, the recognition results of high-tech enterprises in Shandong Province in 2017 were publicly announced. After strict review by relevant departments such as the National High tech Enterprise Recognition Office, the Ministry of Science and Technology, the Ministry of Finance, and the State Administration of Taxation, our company has been successfully recognized as a high-tech enterprise in Shandong Province in 2017.
※In December 2017, our company's first mechanical seal material PV value testing machine was successfully delivered to customers for use.
2018
※In May 2018, since the announcement of the recognition results of high-tech enterprises in Shandong Province in 2017, our company has passed the strict review by relevant departments such as the National High tech Enterprise Recognition Office, the Ministry of Science and Technology, the Ministry of Finance, and the State Administration of Taxation. We have been awarded the "High tech Enterprise Certificate" in Shandong Province in 2017.
※In August 2018, with the development of our company and the application of the needs of a large number of users, universities, and research institutions, our company's laboratory recently upgraded to a low-temperature vacuum friction and wear testing machine. This testing machine can conduct high and low temperature tests (with low temperatures up to -160 ℃ and high temperatures up to 1000 ℃) in a vacuum and special gas protection environment.
※In December 2018, our company reached cooperation with Beijing Institute of Control Engineering, Beijing University of Aeronautics and Astronautics, Shanghai University, and other institutions.
2019
※In July 2019, the MXW-1 friction and wear tester independently developed and produced by our company was launched for sale. This equipment is a multifunctional integrated tribology testing equipment that integrates reciprocating and rotary motion, and can be tested under dry friction, oil lubrication, high temperature and other conditions.
※In July 2019, our company successfully passed the certification of the intellectual property management system. The acquisition of this certificate not only proves our company's long-standing emphasis on intellectual property, but also mobilizes the internal research and development enthusiasm of the enterprise, explores the creative potential of employees, and achieves better innovation results.
※In November 2019, our company participated in the 14th National Tribology Conference and the 2019 National Youth Tribology Academic Conference held in Guangzhou. The conference was attended by senior members of the tribology industry, leaders of relevant units, leaders of friction credit committees and professional committees, well-known experts, and more than 2300 representatives.
2020
※In August 2020, after multiple audits, our company successfully passed the review of "High tech Enterprise".
※In November 2020, our company's independently developed "multifunctional integrated friction and wear test bench" successfully passed the acceptance of the technology project in Huaiyin District, Jinan City.
※In December 2020, our company successfully delivered a high-speed current carrying friction and wear testing machine independently developed and produced.
2021
※In July 2021, our company independently developed and produced the first domestic high and low temperature sliding bearing testing machine, which was delivered to users.
※In August 2021, the company obtained an invention patent certificate for a nonlinear voice coil motor motion control method based on frequency domain indicators.
※In November 2021, our company's latest customized equipment was delivered to users, which can undergo high-temperature, corrosion, reciprocating rolling, and electrochemical reaction tests, achieving new breakthroughs in the technical field.
※Established in August 2004, it is the first professional company in China specializing in the research of tribology testing technology and the development of friction and wear testing machines. It is a member unit of the National Society of Tribology.
2005
※In 2005, with the support of the Science and Technology Bureau of Jinan City, our company collaborated with Zhejiang University to apply configuration control software to the control system of friction and wear testing machines for the first time. The universal friction and wear testing machine using this control system has been rated as a high-tech product by the Jinan Science and Technology Bureau!
2006
※In 2006, it was awarded the title of High tech Enterprise in Jinan City.
※In 2006, the company and Wuhan University of Technology successfully developed the "Internal Combustion Engine Tribology and Dynamics Test Device", providing information and data for the design and assessment of high-power marine internal combustion engines in China;
2007
※In 2007, the company successfully developed the "high-frequency reciprocating fatigue friction and wear testing machine", which solved the experimental problem of fatigue and wear of refrigeration compressor piston materials in satellite research in China's aerospace field. It filled the gap in the friction and wear performance testing of domestic satellite equipment materials, and its technical level is in a leading position internationally.
※In 2007, in collaboration with Tsinghua University, we successfully developed a software for wear spot measurement system.
2008
※In 2008, the company successfully developed the "DMM type dynamic loading friction and wear experimental platform", filling the gap in the design and assessment of sliding bearings in China. It can measure the friction performance of bearing shells and shafts under high speed, high load dynamic loading conditions with good lubrication, boundary lubrication, and dry friction conditions.
※In September 2008, we invested and established the first tribology testing technology laboratory in China's industry, which is also the only tribology testing technology laboratory established by an enterprise in China, providing tribology experimental data support for industry insiders.
2009
※In 2009, the company successfully developed the "Ultra Low Temperature Pin Disk Friction and Wear Testing Machine", filling the gap in low-temperature vacuum friction and wear testing equipment for materials in the aerospace field in China.
2010
※In 2010, the company's comprehensive benefit index ranked first in the national friction and wear testing machine manufacturing industry, and ranked first in the same industry in the province. It is also the only production unit in China that can customize special working condition friction and wear testing machines according to the actual needs of users. The products are widely used in industries and units such as petrochemical, automobile manufacturing, mechanical metallurgy, textile and building materials, light industry, aerospace, railway transportation, shipbuilding, universities, research institutes, etc.
※In 2010, the company successfully developed a "diesel lubrication performance evaluation testing machine", which innovatively solved the processing of small friction signals and oil film thickness detection in high-frequency reciprocating motion. Its technical performance is comparable to imported equipment.
※We focus on product research and development, develop 9 types of fully intellectual property products, and have obtained multiple invention patents and utility model patents.
※Comrade Xiao Hua, Chairman of our company, has been awarded the title of "Technology Star" by the Jinan Science and Technology Bureau.
2011
※At the beginning of 2011, the company successfully implemented and developed the "micro reciprocating friction and wear testing machine", which uses "non-contact loading" to achieve experimental force loading. This technology is still the first in the world and is in the process of patent application for invention. In the process of developing this equipment, the company's R&D personnel took "electromagnetic effect" as the core technology of the equipment, creating a precedent for this technology internationally!
※In 2011, our company collaborated with a well-known foreign enterprise, the China R&D Center, to develop an online wear measurement device, which can better reflect the wear resistance of materials at various time periods.
※In 2011, our company successfully developed the "drill pipe casing friction and wear testing machine" for Xi'an Petroleum University.
2012
※In March 2012, the company obtained the computer software copyright registration certificate issued by the National Copyright Administration of the People's Republic of China - "High frequency reciprocating friction and wear testing machine" computer software copyright. (Registration number: 2012SR018646)
※In May 2012, the company successfully developed a "vacuum ring block friction testing machine", which innovatively solved the wear resistance test of metal and non-metallic materials in sliding state under high vacuum conditions and the bearing test within an adjustable range.
※In September 2012, the company successfully developed a "high-temperature reciprocating friction and wear testing machine", which uses a special heating method to achieve high-temperature heating of wear-resistant materials under reciprocating motion conditions. The heating method is convenient to operate and the temperature rises quickly.
2013
※In July 2013, the company obtained a patent certificate for the invention of the "high-frequency reciprocating micro friction and wear testing machine". (Patent No.: ZL 2011 10347214.2)
※In August 2013, our company successfully adopted a grating displacement sensor on the "high-frequency reciprocating friction and wear testing machine", which has high precision in reciprocating stroke control and is free of calibration.
※In October 2013, the company successfully developed the "Rubber Bearing Friction and Wear Testing Machine" for Shanghai Jiao Tong University. This technological innovation can test friction torque, friction temperature, vibration displacement, and wear under different speeds, loads, lubrication conditions, and conditions with or without eccentric wheels to evaluate the tribological performance of rubber bearings, filling the gap in the research topic of rubber bearing tribology.
2014
※In February 2014, the President of Dalian Jiaotong University visited our company for inspection and technical exchange on rolling contact fatigue testing. In September 2014, we purchased our equipment (one batch of three units), which has been successfully accepted recently.
※In March 2014, Professor Zhang from the School of Materials at Tsinghua University visited our company to discuss the mechanism of rolling fatigue with our technical engineers, and purchased a rolling contact fatigue testing machine produced by our company for academic research. Currently, this equipment has been successfully accepted.
※In June 2014, Dr. Yang from the Chinese Academy of Sciences Shanghai Silicate Research Institute came to our company to conduct low speed forward and reverse friction and wear tests; And commissioned our company to develop a high and low temperature friction and wear testing machine.
※In August 2014, the Institute of Modern Physics of the Chinese Academy of Sciences held technical exchanges with our company on fretting wear, and entrusted our company to develop high-temperature fretting corrosion friction and wear test equipment.
2015
※In May 2015, the Sixth Research Institute of China Aerospace Science and Technology Group and Ningbo Institute of Materials Technology and Engineering of the Chinese Academy of Sciences jointly entrusted our company to develop and produce the "high-speed gear wear tester" for the simulation wear test research of aerospace materials. At present, the device has been successfully delivered to users for use.
※In June 2015, Mr. Ritchie, Vice President of Amsted Rail Company in the United States, and Mr. Zuo, Chief Engineer of Technology, visited our company to discuss the mechanism of rolling fatigue of wheel hubs and rails with our engineers. They also purchased the GPM-30A microcomputer controlled rolling contact fatigue testing machine produced by our company. Currently, this equipment has been successfully delivered to users for use.
※In October 2015, our company appointed two representatives to participate in the National Tribology Conference held in Chengdu, to jointly learn and exchange ideas with participating experts, scholars, and enterprise representatives, discuss the application and testing of friction and wear, and pay attention to the academic progress and achievements of friction and wear in China.
2016
※In April 2016, our company independently developed a series of multi-functional extreme working condition friction and wear testing machines, including multi-functional high-temperature vacuum friction and wear testing machines, multi-functional low-temperature vacuum friction and wear testing machines, and multi-functional high and low temperature friction and wear testing machines.
※In April 2016, our company participated in the 2016 Hannover International Industrial Exhibition in Germany.
※In May 2016, our company appointed a technical representative to participate in the 2016 National Youth Tribology Academic Conference held in Xi'an.
※In July 2016, our company appointed representatives to participate in the Youth High end Forum on Friction and Lubrication held in Tianjin. Through various means such as expert consultation, exchange of opinions, and product display, we discussed the application and testing of friction and wear, and focused on the latest achievements in academic research and product application in the field of friction and lubrication in China.
2017
※In December 2017, the recognition results of high-tech enterprises in Shandong Province in 2017 were publicly announced. After strict review by relevant departments such as the National High tech Enterprise Recognition Office, the Ministry of Science and Technology, the Ministry of Finance, and the State Administration of Taxation, our company has been successfully recognized as a high-tech enterprise in Shandong Province in 2017.
※In December 2017, our company's first mechanical seal material PV value testing machine was successfully delivered to customers for use.
2018
※In May 2018, since the announcement of the recognition results of high-tech enterprises in Shandong Province in 2017, our company has passed the strict review by relevant departments such as the National High tech Enterprise Recognition Office, the Ministry of Science and Technology, the Ministry of Finance, and the State Administration of Taxation. We have been awarded the "High tech Enterprise Certificate" in Shandong Province in 2017.
※In August 2018, with the development of our company and the application of the needs of a large number of users, universities, and research institutions, our company's laboratory recently upgraded to a low-temperature vacuum friction and wear testing machine. This testing machine can conduct high and low temperature tests (with low temperatures up to -160 ℃ and high temperatures up to 1000 ℃) in a vacuum and special gas protection environment.
※In December 2018, our company reached cooperation with Beijing Institute of Control Engineering, Beijing University of Aeronautics and Astronautics, Shanghai University, and other institutions.
2019
※In July 2019, the MXW-1 friction and wear tester independently developed and produced by our company was launched for sale. This equipment is a multifunctional integrated tribology testing equipment that integrates reciprocating and rotary motion, and can be tested under dry friction, oil lubrication, high temperature and other conditions.
※In July 2019, our company successfully passed the certification of the intellectual property management system. The acquisition of this certificate not only proves our company's long-standing emphasis on intellectual property, but also mobilizes the internal research and development enthusiasm of the enterprise, explores the creative potential of employees, and achieves better innovation results.
※In November 2019, our company participated in the 14th National Tribology Conference and the 2019 National Youth Tribology Academic Conference held in Guangzhou. The conference was attended by senior members of the tribology industry, leaders of relevant units, leaders of friction credit committees and professional committees, well-known experts, and more than 2300 representatives.
2020
※In August 2020, after multiple audits, our company successfully passed the review of "High tech Enterprise".
※In November 2020, our company's independently developed "multifunctional integrated friction and wear test bench" successfully passed the acceptance of the technology project in Huaiyin District, Jinan City.
※In December 2020, our company successfully delivered a high-speed current carrying friction and wear testing machine independently developed and produced.
2021
※In July 2021, our company independently developed and produced the first domestic high and low temperature sliding bearing testing machine, which was delivered to users.
※In August 2021, the company obtained an invention patent certificate for a nonlinear voice coil motor motion control method based on frequency domain indicators.
※In November 2021, our company's latest customized equipment was delivered to users, which can undergo high-temperature, corrosion, reciprocating rolling, and electrochemical reaction tests, achieving new breakthroughs in the technical field.
