FRICTION COMPOSITION Russian patent published in 2000 - IPC

Abstract RU 2160750 C2

FIELD: various fields of machine building. SUBSTANCE: described is friction composition comprising thermoreactive binder containing phenol-formaldehyde resin and rubber, fibrous filer, inert inorganic filler and inorganic powdery friction and wear modifiers. Fibrous filler is scaly metallic material crystallized at cooling rate of greater than 103 C/s with length-width- thickness ratio as 1-200:1-60:1 or combination thereof with mineral and glass fibers, ratios of components being as follows, wt %: thermoreactive binder, 15.0-25.0; inert inorganic filers, 10.0-30.0; scaly metallic material or combination thereof with mineral and glass fibers, 15.0-45.0. Inorganic powdery friction and wear modifiers, the balance up to 100. Composition comprises no carcinogenic asbestos and permits preparing triboindustrial products having stable friction coefficient within wide range of temperatures and high heat resistance that meet standard requirements for braking efficiency and higher wear resistance. EFFECT: improved properties of the friction composition. 1 dwg, 4 tbl

Similar patents RU2160750C2

Title Year Author Number
COMPOSITION FOR ASBESTOS-FREE FRICTION MATERIAL 2005
  • Shamkov Jurij Veniaminovich
  • Men'Ko Sergej Nikolaevich
  • Zajtsev Nikolaj Mikhajlovich
  • Kondrat'Ev Nikolaj Ivanovich
RU2296778C1
FRICTION POLYMERIC COMPOSITION 1992
  • Kharin A.A.
  • Trostjanskaja E.B.
  • Shadchina Z.M.
  • Okorokov V.V.
  • Reznichenko G.M.
RU2016001C1
FRICTIONAL MATERIAL 2008
  • Kolesnikov Vladimir Ivanovich
  • Sychev Aleksandr Pavlovich
  • Kolesnikov Igor' Vladimirovich
  • Sergienko Vladimir Petrovich
  • Pavlov Aleksandr Pavlovich
  • Sidashov Andrej Vjacheslavovich
RU2400503C2
POLYMER FRICTION COMPOSITION 1993
  • Komarova T.V.
  • Digurov N.G.
  • Doroshenko Ju.E.
  • Savinov V.V.
  • Shebanov A.M.
  • Bazhenov V.I.
  • Mishchenko V.Ju.
RU2072372C1
COMPOSITION FOR ASBESTOSLESS FRICTION MATERIALS 1992
  • Vasil'Ev Ju.N.
  • Fugol' V.A.
RU2009149C1
METHOD OF FRICTION ARTICLE MAKING 1994
  • Ignat'Ev D.M.
  • Piven' E.G.
  • Malysheva T.B.
  • Levit M.Z.
  • Stroev V.N.
  • Lapshin V.P.
  • Krajnova N.A.
  • Lugovaja N.G.
RU2123505C1
FRICTION COMPOSITION 1994
  • Safonov V.G.
  • Lysenko A.B.
  • Argunova N.E.
RU2101305C1
POLYMER FRICTION COMPOSITION (VARIANTS) 1993
  • Mikheev A.O.
  • Suchkova I.S.
  • Andreev A.S.
  • Vogman S.D.
  • Bakan N.I.
  • Tsypina E.I.
  • Pervak I.G.
  • Sergeev V.P.
RU2090578C1
TRIBONIT FLEXIBLE SHEET FRICTION MATERIAL 1998
  • Zhuravel' Vladimir Pavlovich
  • Ishchenko Pavel Dmitrievich
  • Lepetkina Tat'Jana Aleksandrovna
  • Moskovskikh Igor' Petrovich
  • Sizova Ljudmila Saadat-Gul'Evna
  • Shejna Viktor Moiseevich
  • Kareva Larisa Vasil'Evna
  • Karpenko Valerij Davydovich
RU2146271C1
COMPOSITION FOR FRICTION ASBESTOS-FREE MATERIAL 1999
  • Vasil'Ev Ju.N.
  • Karachurin R.A.
  • Miftakhutdinov S.G.
  • Fugol' V.A.
RU2147024C1

RU 2 160 750 C2

Authors

Zhuravel' Vladimir Pavlovich

Permjakov Sergej Nikolaevich

Lepetkina Tat'Jana Aleksandrovna

Moskovskikh Igor' Petrovich

Sizova Ljudmila Saadat Gul'Evna

Kareva Larisa Vasil'Evna

Shejna Viktor Moiseevich

Levanjuk Raisa Grigor'Evna

Kulak Leonid Denisovich

Kuz'Menko Nikolaj Nikolaevich

Pikozh Aleksej Petrovich

Mikhajlov Nikolaj Mikhajlovich

Dates

2000-12-20Published

1998-12-15Filed