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(19)

(11)

2 738 108

(13)

(51)

IPC

C10M101/00(2006-01-01)

C10M169/04(2006-01-01)

C10M101/04(2006-01-01)

C10M107/00(2006-01-01)

C10M111/00(2006-01-01)

C10M111/04(2006-01-01)

C10M125/02(2006-01-01)

C10M125/04(2006-01-01)

C10M125/10(2006-01-01)

C10M129/00(2006-01-01)

C10M129/26(2006-01-01)

H01B1/00(2006-01-01)

H01B1/16(2006-01-01)

H01B1/18(2006-01-01)

H01B1/20(2006-01-01)

H01B1/22(2006-01-01)

H01B1/24(2006-01-01)

C10N30/08(2006-01-01)

(21) (22)

Application

2020124758, 2020-07-27

(24)

Start date

2020-07-27

(22)

Actual filing date

2020-07-27

(45)

Published

2020-12-08

(72)

Inventor

Semenycheva Liudmila LeonidovnaKuzub Igor Evgenievich

(73)

Holder

Obshchestvo S Ogranichennoi Otvetstvennostiu

ELECTROCONDUCTIVE LUBRICANT FOR INTEGRATED THREAD PROTECTION IN EARTHING SWITCHES (VERSIONS) Russian patent published in 2020 - IPC C10M101/00 C10M169/04 C10M101/04 C10M107/00 C10M111/00 C10M111/04 C10M125/02 C10M125/04 C10M125/10 C10M129/00 C10M129/26 H01B1/00 H01B1/16 H01B1/18 H01B1/20 H01B1/22 H01B1/24 C10N30/08

Abstract RU 2738108 C1

FIELD: electrical engineering.

SUBSTANCE: present invention relates to electrical engineering, particularly, to electroconductive grease used for complex thread protection in earthing conductors. Electrically conductive lubricant includes an oil base, an organic binder in the form of a high-molecular organic soap and filler, which is represented by graphite or graphite and a dispersed metal powder. Oil base used is a mixture of industrial, spindle and silicone oils. Organic binder used is calcium oleate salt soap. Additionally, the lubricant contains industrial animal fat. Following ratio of components is used, %: industrial oil - 28-36; spindle oil - 4-11; oleic acid - 8-11; calcium hydroxide 1-2; water - 2; graphite - 40-45; silicone oil - 1-2; technical animal fat - 1-2. In the electroconductive grease according to the second version, filler additionally contains graphite containing 3-6% of disperse metal powder.

EFFECT: technical result is reduction of pour point and increase in colloidal stability.

11 cl, 7 ex

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RU 2 738 108 C1

Authors

Semenycheva Liudmila Leonidovna

Kuzub Igor Evgenievich

Dates

2020-12-08—Published

2020-07-27—Filed