1.Industrial-scale production of clad metals by explosive welding in moscow area:technology and enviroment challenges Sidorov of M.I. 1, Vaginas of A.B.

Slides:



Advertisements
Similar presentations
1 11 SOME APPLICATIONS OF EXPLOSIVE METALWORKING FOR ALUMINUM INDUSTRY A.Z.Bogunov, A.A.Kuzovnikov JSC « Pulse technologies » , Krasnoyarsk, Russia,
Advertisements

EPNM 2012 Metallurgical Considerations in Hot Metalworking Bi-Metal Materials John Banker Vice President Customers & Technology Dynamic Materials Corporation.
1 1 BIMETALLIC CONTACT CONNECTIONS FOR OPERATION AT ELEVATED TEMPERATURES A.Z.Bogunov, A.A.Kuzovnikov, S.I.Fomin JSC « Pulse technologies » , Krasnoyarsk,
Bimetal Plates Produced by with High-impulse Cladding Method
EWI’s Laser Equipment 15-kW IPG Fiber Laser 4-way beam switch
Aleksander Gałka 1, Krzysztof Gałka 1, Fabian Żok 1, Piotr Bazarnik 2 1 Zakład Technologii Wysokoenergetycznych „Explomet” 2 Politechnika Warszawska Selected.
TECHNOLOGY FOR EXPLOSION STRESS RELIEVING IN WELDED JOINTS
EPNM Strasbourg, France
September 13, 2011 David Workman Senior Engineer, Resistance and Solid-State Welding Phone: Resistance.
Explosive joining of dissimilar metals: experiment and numerical modeling Anan’ev S.Yu., Andreev A.V., Deribas A.A., Yankovskiy B.D. Joint Institute for.
VCI anticorrosion and Industrial packaging By Jinny Kim Business Manager - Industrial 1.
Machine Tools And Devices For Special Technologies Plasma machining Slovak University of Technology Faculty of Material Science and Technology in Trnava.
Manufacturing Technology
EXPLOSIVE WELDING OF LARGE BRASS/STEEL SHEETS I.V. Denisov, O.L. Pervukhina, L.B. Pervukhin (Russia) Institute of Structural Macrokinetics and Materials.
Explosive welding of tin
Solid State Welding Processes
EXPLOSIVE WELDING OF LARGE-SIZE TITANIUM– STEEL SHEETS: INFLUENCE OF AMBIENT GAS А. А. Berdychenko, L. B. Pervukhin, and O. L. Pervukhina TUBULAR ITEMS.
THERMO-COMPRESSION WELDING HOT ISOSTATIC PRESSURE WELDING EXPLOSION WELDING PROCESS SELECTION.
L.B. Pervukhin EXPLOSIVE WELDING: THEORY AND PRACTICE СВАРКА ВЗРЫВОМ: теория и практика EPNM–2010.
Progress of the BEPCII Injection System Kang Wen.
The E.O. Paton Electric Welding Institute (PWI) 3D Metalforming
SOME ASPECTS OF JOIN FORMATION DURING EXPLOSIVE WELDING Pervukhina O.L., Rihter D.V., Pervukhin L.B., Denisov I.V., Bondarenko S.Yu. Institute of structural.
Layered Composite Materials with Desired Thermal/Electrical Conductivity Produced by Explosive Welding V.M. Ogolikhin, S.D. Shemelin Design & Technology.
THE EFFECT OF HEAT TREATMENT ON THE PROPERTIES OF ZIRCONIUM - CARBON STEEL BIMETAL PRODUCED BY EXPLOSION WELDING Mariusz Prażmowski 1), Henryk Paul 2),
Production and sale of non-ferrous metal COMPANY ROSСVETMET conducts its inception in The initiators of the performance by a group of graduates of.
Explosive Production of New Materials (EPNM – 2008) Comparative Tensile Strength and Shear Strength of Detaclad Explosion Clad Products Andy Vargo R&D.
Triplate transition joints The ultimate solution to weld aluminium to steel By Ko Buijs Metallurgical engineer SMT-Metals b.v.
The E.O. Paton Welding Institute 1 NEW TECHNIQUE FOR EXPLOSION WELDING OF HIGH-STRENGTH ALUMINUM ALLOYS OF SERIES 7xxx S.Yu. Illarionov*, L.D. Dobrushin**,
Dec. 4, 2001 CERN-1 Hans de Vries VELO Mechanics  RF/vacuum foil  Rectangular bellow  Wake field suppressors  Cabling Summary & Outlook VELO mechanical.
Advanced Advanced Aluminium Aluminium Technology Technology.
Ch.G. Pak, V.M. Batrashov, S.V. Skiba, P.I. Serov Penza State University Welding engineering and materials technology department, Penza State University,
1 NATIONAL ACADEMY OF SCIENCES OF UKRAINE COMBINE TECHNOLOGY FOR PRODUCTION OF COAXIAL Cu-Al ELECTRIC CONDUCTORS BY EXPLOSION CLADDING AND DRAWING FOR.
Investigation of oxygen gas saturation in the surface layer of the alloy Zr1Nb in the course of manufacture of fuel element claddings Zabigailo Elena,
L. B. Pervukhin and O. L. Pervukhina
(1) – Russian Federal Nucler Center, Sarov, Nizhni Novgorod region, Russia (2) – Institute of Structural Mycrokinetics of Russian Academy of Sciences,
MULTILAYERED CYLINDRICAL ITEMS MADE BY EXPLOSIVE WELDING OF SHEETS WRAPPED INTO SPIRAL V. M. Ogolikhin, I.V. Yakovlev Design & Technology Branch of Lavrentyev.
EXPLOSIVE WELDING OF ELECTRIC CONNECTORS V.M. Ogolikhin, S.D. Shemelin Design and Technology Branch of Lavrentyev Institute of Hydrodynamics SB RAS, Novosibirsk,
EXPLOSION CAMERAS WITH PROTECTIVE FOAMY LINING: DEFORMATION MODES ARISING UPON EXPLOSIVE LOADING EPNM-2012, Strasburg A. G. Kazantsev 2, S. S. Smolyanin.
MANUFACTURED SUBSTANCES IN INDUSTRY. A) Sulphur dioxide is produced from one of these reaction : i) Sulphur is burnt in air to produce sulphur dioxide.
DISSIPATION OF EXPLOSIVE ENERGY BY SOLID CELLULAR MATERIALS: EXPERIMENTAL EVALUATION R. D. Kapustin 1, L. B. Pervukhin. 1, P. A. Nikolaenko 1, A. D. Chudnovskii.
The E.O. Paton Welding Institute1 EXPLOSION WELDING PROCESS FOR REPAIRING WORN THREADED HOLES IN THE SPINDLES OF RAILWAY WHEELS Prof. L.D. Dobrushin*,
I. M. DMYTRAKH and V. V. PANASYUK Karpenko Physico-Mechanical Institute, National Academy of Sciences of Ukraine 5 Naukova Street, Lviv, 79601, UKRAINE.
TB 1353 (TB 130/17) CLAD METAL BY EXPLOSIVE WELDING/ROLLING TECHNIQUE О.L. Pervukhina 1, I.V. Saikov 1, A.Yu. Malakhov 1, I.V. Denisov 1, A.I. Zaitsev.
Professor Sergey Kuzmin, Russia, Volgograd State Technical University
Heat Balance. Lesson Objectives When you finish this lesson you will understand: heat flow thickness & material conductivity effects Recommended heat.
Si–C Shock activation of green mixtures for SHS production of Si–C composites Sergey Skiba, Gh. G. Pak XII International symposium on explosive production.
L.D. Dobrushin, A.G. Bryzgalin, S.D. Ventsev, and K.Yu. Korzin, S.D. Ventsev, and K.Yu. Korzin, J.G. Moon (Korea) EXPLOSIVE JOINING OF BUILDING BARS The.
Reactor pressure vessels of WWER (materials and technology) Janovec, J
PROTECTION AGAINST DYNAMIC DAMAGE A.F. Belikova, S.N. Buravova, Yu.A. Gordopolov Institute of Structural Macrokinetics and Materials Science, Russian.
FABRICATION OF MAGNETRON TARGETS BY SHOCK COMPRESSION А. Е. Rozen, S. G. Usatyi, D. V. Karakozov, N. А. Lyubomirova Penza State University 40, Krasnaya.
2007 Al–Cu COMPOSITE BY EXPLOSIVE WELDING I.S. Los', A.V. Khorin, E.G. Troshkina and M.S. Gus'kov Russia, Penza State University.
Thermal screen of the cryostat Presented by Evgeny Koshurnikov, GSI, Darmstadt September 8, 2015 Joint Institute for Nuclear Research (Dubna)
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Thermal Spray Coating Market, Products, Applications & regional performance.
“RAM” LLC and its Nano-Diamond Chrome (NDC) cover technology
RAM LLC and its Nano-Diamond Chrome (NDC) cover technology
Explosive Welding Welding Technology/ 3.3 Explosive Welding.
Manufacturing of the first FCC-hh beam screen prototype for ANKA
PANDA Yoke of the Magnet
Areas of cooperation of RPF Factory “Izmeron”
Processes used to form metallic materials
Electrical Insulation
XII International Symposium on Explosive Production of New Materials: Science, Technology, Business, and Innovations, May 25-30, 2014, Cracow Identification.
Stanley® Mechanic Tool Sets
Coating Suppliers in UAE |Ghanim Trading LLC
THE SKINNER COMPANY Product Review
Status of the PANDA Solenoid Magnet Production in BINP
May 26, 2014 EFFECT OF EXPLOSION CLADDING INDUCED HARDNESS ON SULFIDE STRESS CRACKING AND STRESS CORROSION CRACKING RESISTANCE OF INCONEL 625 Outline:
UKRAINE, KYIV REGION, BARYSHIVKA plant was put into operation in 2007
B.A. Kalin, A.N. Silenko, V.V. Kharitonov, and Yu.A. Ul’yanin
Anti Spatter Coating Services
Presentation transcript:

1.Industrial-scale production of clad metals by explosive welding in moscow area:technology and enviroment challenges Sidorov of M.I. 1, Vaginas of A.B. 1, Klimenko V.Yu. 1 Pervukhin L.B. 2 Denisov I.V. 2 1-Federal state enterprise Geodeziya research institute, 2- LLC "Bitrub International” 2. Market of clad metals in Russia and abroad: dynamics and trends in 2013 Agaurov S.Yu, Chernobai Yu.P, and Bochkarev A.A. Metal Market Co.Ltd, Moscow,109428, Russia 3. Explosively clad bimetal sheets for use in atomic industry Chernobai Yu.P, Agaurov S.Yu,,Bochkarev A.A., and Nikolaenko P.A. Metal Market Co.Ltd, Moscow,109428, Russia

Technological bases of industrial technology Choice of the scheme of welding taking into account properties of welded materials, features of deformation of narrow sides and scraps of an overhang of a plating sheet; Rational technology of preparation of surfaces of initial materials and assembly of packages; Use as explosive substances (ES) of mix of microporous ammonium nitrate with diesel fuel; Minimizing of influence of external factors due to performance of all operations on preparation for welding by explosion in shop and only an apportion of a charge of ES and its blasting on an explosive platform Quality control at all stages of production of bimetal;

Influence of a tamping and way of preparation of the low-speed ammoniac nitre the explosives substances (ES) on detonation properties

Decrease in ecological threat by production of large-size bimetal Protection against an air shock wave air and mechanical foam 31(26+5)×2100×13100 мм

Preparation of packages in shop Production of bimetal in Krasnoarmeysk the Moscow Region. On an explosive platform Ready bimetal after heat treatment and editing

The production technology of large-size pipe lattices steel-titanium for nuclear mechanical engineering and its introduction. Pipe lattice of the condenser The condenser of a desuperheater for the block of nuclear power plant Bimetal steel+titanium after editing

BIMETAL for METALLURGICAL and CHEMICAL MECHANICAL ENGINEERING Preparations of pipe lattices brand 09G2S+L63 steel-brass Two-layer sheets brand 09G2S+M1 steel-copper Main leaf from 30 to 200 mm thick Plating layer from 8 to 12 mm thick Bimetallic токоподводы the titan copper for BT1-0+M1 brand electrolyzers the mm Ø24x1200 size. High corrosion resistance, decrease in electrolosses Adapters steel-copper, steel- aluminum Plugs composite Resistance of ceramic 15 kOhm. The deviation of uniformity of sinking on all length made +/-0,3 mm. Durability on compression of a ceramic layer of 65 MPa.

The combined technology explosive welding+hot package rolling

Industrial production of bimetals by explosive welding in Krasnoarmeysk provides to the Moscow Region the high quality confirmed with the certificate, at competitive price; production all-the-year-round; short time of performance of work from obtaining the order before delivery; providing on request of the customer of a full cycle of production, including heat treatment, finishing and carrying out tests for compliance to requirements of standards and specifications. Production joint LLC Bitrub International and scientific research institute "Geodeziya" FKP

THANK YOU FOR YOUR ATTENTION!