TARGET FOR APPLYING FUNCTIONAL COATINGS AND METHOD FOR MAKING IT Russian patent published in 2007 - IPC C23C14/36 B22F3/105 

Abstract RU 2305717 C2

FIELD: powder metallurgy, namely target for applying functional coatings and method for making it, possibly in chemical, machine tool manufacture industry branches, in machine engineering and metallurgy.

SUBSTANCE: at least three tablets are shaped for forming working dispersed layer, intermediate layer and initiating layer at least of three powder mixtures of exothermic compositions. Said tablets are placed layer by layer onto profiled metallic through layer of metallic solder charge. In initiating layer process is started due to action of which metallic solder and metallic filler being component of powder mixture at least of one layer are melted. Then said layers are subjected to pressure action by pressing in 2 - 10 s after completing said process for time period no less than 5 s. In the result working dispersed layer and intermediate layer are joined with profiled plate through layer of metallic solder. Then initiating layer is removed. Improved heat resistant target is produced; such target may undergo many cycles of temperature drops without distortion at process of ion-plasma dispersion.

EFFECT: possibility for producing heat resistant target having lowered residual porosity, increased mechanical strength and thermal stability of joining with metallic plate-substrate.

18 cl, 1 dwg, 1 ex, 1 tbl

Similar patents RU2305717C2

Title Year Author Number
TARGET TO RECEIVE FUNCTIONAL COATINGS AND METHOD OF ITS MANUFACTURING 2014
  • Levashov Evgenij Aleksandrovich
  • Pogozhev Jurij Sergeevich
  • Potanin Artem Jur'Evich
  • Novikov Aleksandr Valentinovich
  • Shvyndina Natalija Vladimirovna
RU2569293C1
METHOD FOR MANUFACTURING TARGET FROM HYDROXYAPATITE FOR ION-PLASMA COATING DEPOSITION 2016
  • Tverdokhlebov Sergej Ivanovich
  • Pogrebenkov Valerij Matveevich
  • Volokitina Tatyana Leonidovna
  • Shesterikov Evgenij Viktorovich
  • Gorbatenko Viktoriya Valerevna
RU2634394C1
PRODUCTION OF COMPOSITE CATHODE FOR APPLICATION OF MULTICOMPONENT ION-PLASMA COATINGS 2013
  • Pribytkov Gennadij Andreevich
  • Korosteleva Elena Nikolaevna
  • Korzhova Viktorija Viktorovna
  • Firsina Irina Aleksandrovna
  • Vagner Marina Ivanovna
RU2534324C1
COMPOSITE CONTAINING HIGH-ABRASIVE PARTICLES AND METHOD OF MANUFACTURING THEREOF 1995
  • Mitsue Koizumi
  • Mansi Okh'Janagi
  • Satoru Khosomi
  • Evgenij A.Levashov
  • Aleksandr V.Trotsue
  • Inna P.Borovinskaja
RU2135327C1
METHOD FOR PRODUCING NON-ORGANIC MATERIALS AT BURNING MODE 2004
  • Vadchenko Sergej Georgievich
  • Borovinskaja Inna Petrovna
  • Merzhanov Aleksandr Grigor'Evich
RU2277031C2
METHOD OF PRODUCING REFRACTORY MATERIALS 2015
  • Shcherbakov Vladimir Andreevich
  • Gryadunov Aleksandr Nikolaevich
RU2607115C1
METHOD OF PRODUCING ARTICLES FROM REFRACTORY MATERIALS 2015
  • Shcherbakov Vladimir Andreevich
  • Gryadunov Aleksandr Nikolaevich
RU2607114C1
X-RAY TUBE COMBINED ROTATING ANODE AND ITS MANUFACTURING PROCESS 2005
  • Kobjakov Vasilij Petrovich
  • Bunin Viktor Anatol'Evich
  • Borovinskaja Inna Petrovna
RU2307422C1
METHOD FOR MANUFACTURING REFRACTORY LARGE-PORE TUBES 2006
  • Kirdjashkin Aleksandr Ivanovich
  • Maksimov Jurij Mikhajlovich
  • Gushchin Aleksandr Nikolaevich
  • Baev Leonid Stepanovich
  • Jusupov Rashit Anvarbekovich
RU2318633C1
METHOD FOR PRODUCING METAL-CERAMIC MATERIALS, INCLUDING VOLUMETRIC POROUS MATERIALS CONTAINING TITANIUM NITRIDE BY SELF-PROPAGATING HIGH-TEMPERATURE SYNTHESIS 2022
  • Ovcharenko Pavel Georgievich
  • Tereshkina Svetlana Alfredovna
  • Anikin Andrej Aleksandrovich
  • Leshchev Andrej Yurevich
RU2809611C2

RU 2 305 717 C2

Authors

Levashov Evgenij Aleksandrovich

Kurbatkina Viktorija Vladimirovna

Shtanskij Dmitrij Vladimirovich

Senatulin Boris Romanovich

Dates

2007-09-10Published

2005-11-14Filed