Our achievements
Our achievements
in large scales in the rehabilitation innovative means.
Our materials enable to make the advanced technologies
more available for the physically challenged people.
The research results of MODENGY
anti-friction solid-film coatings for piston skirts of the highly boosted diesel engines have been published in Journal of Friction and Wear, the international journal.
The researches were held at the tribology laboratory of the Institute of Mechanics Issues named by
A. Ishlinsky in Moscow. This scientific work was held with support from the Defense Ministry, and the Science and Higher Education Ministry of the Russian Federation as part of the state assignment.
The research has revealed that using solid-film coatings enable to achieve a five-fold reduction in friction losses, and to extend the service life of the highly boosted diesel engine parts.
successfully at the sea offshore area as a part of the
Environment Protection Program while developing
the sea oil and gas deposits
The offshore oil platforms fastening parts operate
under conditions
of temperature drops, high humidity,
and exposure to aggressive environment.
while designing transport for the Arctic
exploration program
In our large country, machinery can be operated in various climate zones.
While designing the transport friction units, it is necessary to provide their
effectiveness at - 40 °С, - 60 °С, and even - 70 °С.
MODENGY anti-friction solid-film
coatings guarantee friction units operability at low and cryogenic temperatures.
ICE pistons mass production
at the leading motor plants
without MODENGY coatings.
MODENGY materials have gained approval
of the testing center of the Research and Building
Metal Constructions Design Institute
named after Melnikov.
for extremely high temperatures has been successfully
completed at the Moscow Aviation Institute.
MODENGY coatings are applied onto the gas-dynamic bearing
petals
of the micro-turbines. This protects the micro-turbine
shaft against wear at service temperatures up to + 550 °С,
and significantly extends its service lifetime.
high efficiency of MODENGY coatings technology in the machine
building industry at the Polymer Composites
and Triboloby-2019 Conference.
The results of the scientific researches were presented at the METS-2021 International Scientific-Technical Conference in Azov town that was held with support of the Science and Higher Education Ministry of the RF, the Donskoy State Technical University, and Rostvertol, PJSC, the Helicopters of Russia Holding. The contracts on a number of projects relate to the tests, and the applications of MODENGY reversible adaptable coatings at high-tech equipment production, were signed between the engineers and the scientists at the Conference.
The laboratory’s stands have been verified and certified at the authorized methodological center.
The capabilities of the laboratory enable to the machinery producers to predict operational properties of the friction units already on their design stage.
The testing equipment enables to estimate such important parameters as friction coefficient, and wearing intensity according to ASTM G99 standard, anticorrosive properties according to GOST 30630.2.5 (IS0 9227), as well as frictional heating.
In year 2021, the book by Mr. N. I. Sotskov, the Candidate of the Technical Sciences, the Head of the Laboratory on researches of steel corrosion and fastener protection, has been published. Recommendations on use of MODENGY solid-film coatings for fasteners are given in this work. A positive conclusion based on the tests results for detecting K3 torsion coefficient depending on loading effort has also been given.
Application of these solid-film coatings enables to stabilize torsion coefficient, and to provide mounting reliability, to exclude the labor-intensive operations on cleaning and lubricating the fasteners at the mount site.
The book has been released released by the Innovative Machine Building publishing house under general scientific edition by Professor Anatoly G. Suslov, a Doctor of Engineering, an honoured man of science and engineering of the RF. Two fundamental scientifically based trends on of technological provision, and improvement of the machine building items reliability are expounded in this book.
This book is intended for designers and process engineers engaged in designing and developing the machine building items technological processes as well as for the employees of the design engineering firms, and scientific organizations of the machine building profile, professors and teaching staff, postgraduate and graduate students of the technically oriented educational institutions.
The laboratory is equipped with high-tech specialty equipment to research and design anti-friction materials with unique properties.
This new scientific and technical subdivision has tasks of quite a wide range of researches in the field of developing MODENGY solid-film coatings, pastes, and dry lubricating materials.
Along with the other outstanding scientists tribologists, Mr. Maxim I. Prudnikov, the Modengy’s General Director, and a Candidate of Technical Sciences, has become a co-author of this article.
The tribological tests results, described in this scientific paper, prove that use of anti-friction solid-film coatings based on molybdenum disulfide and polytetrafluorethylene enables to reduce linear wear of the metal-to-polymer friction pairs by 5.1 to 8.9 times, and friction coefficient – by 1.2 to 2.2 times.
MODENGY products and technologies to reduce friction have become demanded beyond the federal level in Russia but also at international markets. The foreign enterprises show great interest in international cooperation and export of Modengy’s services and products that compete successfully at the world markets, or have no analogues.
Leading enterprises in the field of space exploration has tested and implemented MODENGY anti-friction solid-film coating based on molybdenum disulfide into structure of their items. Application convenience, alongside with high efficiency under extreme operational conditions, and longer service lifetime, is an important advantage of the MODENGY coating.
This product will continue to be used to provide workability of the spacecraft friction units at launching them to the orbit.
In the year 2025, the Modengy company has launched its own new brand of lubricating materials: GRAPHENOM®
The company has presented a new line of products containing innovative material: graphene that gives lubricating material unique operational properties including increased wear resistance, radically low friction coefficient, and ability to withstand extreme loads.
The name of this brand, formed from ‘GRAPHENE PHENOMENON’ word combination, expresses the core of this new product line.
Product portfolio under the new brand includes the following integrated solutions for the industry:
- Multipurpose liquid lubricating materials
- Greases and pastes containing graphene
- Specific graphene coatings
within the ITER international project on thermonuclear fusion
ITER (International Thermonuclear Experimental Reactor) is the project for the world first international thermonuclear experimental reactor that is under construction by the efforts of the international community.
The Russian MODENGY anti-friction solid-film coatings technology has demonstrated excellent results within holding tests for the vacuum equipment that is supplied for the ITER largest international experiment on thermonuclear fusion.
Due to using the solid lubrication technology, they managed to solve an important problem: to provide smooth sliding of the equipment along the guideways at heavy load (48 tons).
By having solved the issue of starting and prevented scuffing at a huge load, the Russian technology has affirmed its status of a reliable and proved solution. This successful experience opens new perspectives for using MODENGY not only in this project but also in other advanced industries where the highest reliability and precise movement of the mechanisms are required.
Mrs. Yulia A. Prudnikova, the General Director of the Modengy RPC (LLC), was named among the finalists of the 5th Young Industrialist of the Year All-Russian Award. The solemn awarding ceremony took place in Yekaterinburg as a part of the international INNOPROM-2026 Industrial Trade Fair in presence of the representatives of the federal and regional authorities, the heads of the leading industrial companies.
Yulia Alexandrovna was awarded a Diploma from Mr. Anton A. Alikhanov, the Minister of Industry and Trade of the Russian Federation.