Impregnating compounds of the H—C temperature classes

Маслов, В. А.; Grozdov, A.G.; Панов, А. А.; Oknin, N. S.

doi:10.3103/s1068371209110066

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I Sidorenko T V Panina and M A Dyatlov1

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2010

2011

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Cited by 4 publications

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“…For comparison see also Fig. 4 showing dependencies of tanδ = f(T) for Russian compounds ELPLAST 220ID and ELKOM PK 21 (u), the electrophysical proper ties of which are studied in [2]. Producers recommend the use of the given compounds at operating tempera tures of approximately 180-200°C; however, at just 180°C, ELPLAST 220ID has tanδ ≈ 1 and ρ ν = (3-4) × 10 7 Ω m; according to technical specifications, at a tem perature of 180°C, ELKOM PK 21 (u) has tanδ = 0.1 and ρ ν = 1 × 10 7 Ω m.…”

Section: I Sidorenko T V Panina and M A Dyatlovmentioning

confidence: 98%

Heat-resistant triazine compound

Sidorenko¹,

Panina²,

Dyatlov³

2010

Russ. Electr. Engin.

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Section: I Sidorenko T V Panina and M A Dyatlovmentioning

confidence: 98%

Heat-resistant triazine compound

Sidorenko¹,

Panina²,

Dyatlov³

2010

Russ. Electr. Engin.

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Electrical insulating impregnating epoxy-izocyanate compound

Маслов¹,

Grozdov²,

Oknin³

et al. 2010

Russ. Electr. Engin.

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The technological and operational properties of epoxy izocyanate compound are described in this article. It is shown that the technological properties of this compound, such as viscosity and time of gelation, can vary largely. A hardened compound has very high operational characteristics of up to 220-240°C. The variability of the application of epoxy izocyanate compound for creating high heat resistant systems of elec tric insulation is shown.

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