Products

 Home / Products /NACHI UKFL315+H2315 bearing factory direct supply in Neuseeland
18March

NACHI UKFL315+H2315 bearing factory direct supply in Neuseeland

Leave a Comment

UKFL310+H2310_UKFL208LⅢ+H2308

55 · 62 · 270 · FYH · · UKFL313+H2313; L290612; 60 · 65 · 295 · FYH · · UKFL315+H2315; L290613; 65 · 73 · 320 · FYH · MB+AH39/710 SNR 7317CDB BARDEN 7215C/DB NTN 7232CDF NSK NNU49/530 NACHI 6328Z NSK 24122C FLT NUP2205 RHP 7208X6 NTN

Freudenberg H23 - Fuel Cell Sto

Freudenberg H23 is a flexible and easy to use base carbon paper Gas Diffusion Layer (GDL) without a Microporous Layer (MPL) and without a hydrophobic treatment. It is 210 um (microns) thick. Freudenberg H23 is formerly known as H2315. Freudenberg Carbon Paper GDL Properties Sheet

NTN UKFC215;H2315X · 65 · 73 · 220, NTN, UKFC 215+H2315, TY 290513 · · NTN UKFC216;H2316X · 70 · 78 · 240, NTN, UKFC 216+ 60 · 65 · 295, NTN, UKFLU 313+H 2313, L 290612 · · NTN UKFL315;H2315X · 65 · 73 · 320, NTN, UKFLU 315+H 2315, L 290613 · .

Freudenberg H23C2 - Fuel Cell Sto

Freudenberg H23C2 is recommended for: • Highly humidified stationary Low Temperature Polymer Electrolyte Fuel Cell Cells (LT-PEMFC) systems • High Temperature Polymer Electrolyte Fuel Cells (HT-PEMFC). Freudenberg H23C2 is formerly known as H2315 C2. Freudenberg Carbon Paper GDL Properties Sheet.

SNR

2012417 SNRH2315 SNRH2316 SNRH2317 SNRH2318 SNRH2319 SNRH2320 SNRH2322 SNRH2324 SNRH2326 SNRH2328 SNRH2330 SNRH2332 SNRH2334 SNRH2336 SNR

Freudenberg H23C2 - Fuel Cells E

Freudenberg H23C2 is a flexible and easy to use carbon paper Gas Diffusion Layer (GDL) with a Microporous Layer (MPL). It is recommended for highly humidified stationary PEMFC systems and High Temperature PEM. It is 255 um thick. Freudenberg H23C2 is the new product name for Freudenberg H2315 - C2.

NTN-- - S

201247 H2315 H2316 H2317 H2318 H2319 H2320 H2322 H2324 H2326 H2328 H2330 H2332 H2334 H2336 H2338 H2340 H3024 H3026 H3028 H3030 H3032 H3034 NTN,,: ::15817430473 :0755-

About elos

We through the high-end technology, to create a high quality, precision bearings


Read more