Description
1. DESCRIPTION
Un chiffon en coton laminé phénoliques tube/tuyau sont faites de tissu de coton imprégné de résine phénolique,
Ensuite être séché et durci dans le moule sous pression avec la chaleur et usiné pour former une seule tige.
2. Caractéristiques
#Bonnes propriétés diélectriques
#Excellente résistance mécanique
-#Bon pour le traitement
3. APPLIATIONS
PFCC21 chiffon de coton phénoliques tube A haute résistance à la traction radial et peut être utilisé comme une bague d'étanchéité, cage de roulement, et d'autres pièces d'usure.
4. CHARACTRISTICS technique principal <table><tbody><tr><td style="height: 22.8500pt; Width: 170.6500pt; ">
Les articles </td><td style="height: 22.8500pt; Width: 53.2500pt; ">
Unité </td><td style="height: 22.8500pt; Width: 123.0000pt; ">
PFCP22 </td><td style="height: 22.8500pt; Width: 64.5000pt; ">
PFCC21 </td><td style="height: 22.8500pt; Width: 74.2500pt; ">
PFCC24 </td></tr><tr><td style="height: 33.4000pt; Width: 170.6500pt; ">
La densité </td><td style="height: 33.4000pt; Width: 53.2500pt; ">
G/m³ </td><td style="height: 33.4000pt; Width: 123.0000pt; ">
1.0-1.1 </td><td colspan="2" style="height: 33.4000pt; Width: 138.7500pt; ">
1.2-1.3 </td></tr><tr><td style="height: 43.5000pt; Width: 170.6500pt; ">
Résistance en flexion de la couche verticale
(Normal) </td><td style="height: 43.5000pt; Width: 53.2500pt; ">
MPa </td><td style="height: 43.5000pt; Width: 123.0000pt; ">
≥90 </td><td style="height: 43.5000pt; Width: 64.5000pt; ">
≥ 138 </td><td style="height: 43.5000pt; Width: 74.2500pt; ">
≥ 150 </td></tr><tr><td style="height: 23.3000pt; Width: 170.6500pt; ">
Résistance en compression axiale </td><td style="height: 23.3000pt; Width: 53.2500pt; ">
MPa </td><td style="height: 23.3000pt; Width: 123.0000pt; ">
≥60 </td><td style="height: 23.3000pt; Width: 64.5000pt; ">
≥118 </td><td style="height: 23.3000pt; Width: 74.2500pt; ">
≥118 </td></tr><tr><td style="height: 33.4000pt; Width: 170.6500pt; ">
Tension de rupture de la couche parallèle
(90 ºC huile de transformateur) </td><td style="height: 33.4000pt; Width: 53.2500pt; ">
KV </td><td style="height: 33.4000pt; Width: 123.0000pt; ">
≥25 </td><td style="height: 33.4000pt; Width: 64.5000pt; ">
-- </td><td style="height: 33.4000pt; Width: 74.2500pt; ">
-- </td></tr><tr><td style="height: 15.5500pt; Width: 170.6500pt; ">
Résistance électrique de la couche verticale
(90ºC huile de transformateur) </td><td style="height: 15.5500pt; Width: 53.2500pt; ">
KV/mm </td><td style="height: 15.5500pt; Width: 123.0000pt; ">
≥8 </td><td style="height: 15.5500pt; Width: 64.5000pt; ">
≥3, 5 </td><td style="height: 15.5500pt; Width: 74.2500pt; ">
≥3, 5 </td></tr><tr><td style="height: 17.5000pt; Width: 170.6500pt; ">
Facteur de perte diélectrique(50Hz) </td><td style="height: 17.5000pt; Width: 53.2500pt; ">
--- </td><td style="height: 17.5000pt; Width: 123.0000pt; ">
≤0, 03 </td><td style="height: 17.5000pt; Width: 64.5000pt; ">
-- </td><td style="height: 17.5000pt; Width: 74.2500pt; ">
-- </td></tr><tr><td style="height: 16.7500pt; Width: 170.6500pt; ">
Absorption d'eau </td><td style="height: 16.7500pt; Width: 53.2500pt; ">
% </td><td style="height: 16.7500pt; Width: 123.0000pt; ">
≤8(3mm) </td><td style="height: 16.7500pt; Width: 64.5000pt; ">
≤5(3mm) </td><td style="height: 16.7500pt; Width: 74.2500pt; ">
≤4(3mm) </td></tr><tr><td style="height: 15.0500pt; Width: 170.6500pt; ">
Indice de température </td><td style="height: 15.0500pt; Width: 53.2500pt; ">
ºC </td><td style="height: 15.0500pt; Width: 123.0000pt; ">
120 </td><td style="height: 15.0500pt; Width: 64.5000pt; ">
120 </td><td style="height: 15.0500pt; Width: 74.2500pt; ">
120 </td></tr></tbody></table>
Complaint
