Glas-col 3G-OTH-362066 — Compatible Parts & Alternatives

You searched for 100A O414

9 compatible products found for Glas-col 3G-OTH-362066. All items ship worldwide via DHL.

Also known as:100A O414GLAS-COL

Cross-reference match for “100A O414”

“100A O414” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

GLAS-COL

GLAS-COL Cloth-Housed Lower Hemispherical Heating Mantle, 5 L, 600 W, 400°C, 100A O414

SKU: 3G-OTH-362066

View Details Quote + Service

Glas-col 3G-OTH-362066 — Compatible Parts & Alternatives

Cross-reference match for “100A O414”

GLAS-COL Cloth-Housed Lower Hemispherical Heating Mantle, 5 L, 600 W, 400°C, 100A O414

More from Glas-col

Glas-col Fiberglass cloth heating mantle for round-bottom flasks, rated 180 W max and 400°C max. Includes 4 ft 2-wire cord with locking connector. Requires separate controller (not included). Used in laboratory heating applications such as synthesis, distillation, and extraction.

Glas-col Fiberglass cloth heating mantle for round-bottom flasks up to 500 mL. Maximum temperature 400°C, maximum wattage 270 W. Includes 4 ft 2-wire cord with locking connector. Controller required, not included. For use with model 60AG04.

Glas-col Fiberglass cloth heating mantle for round-bottom flasks, rated 80 W max and 400°C max. Includes 4 ft 2-wire cord with locking connector. Requires separate controller (not included). Used for controlled heating in laboratory synthesis, distillation, and extraction processes.

Glas-col Fiberglass cloth heating mantle for round-bottom flasks, rated 500 W max and 400°C max. Includes 4 ft 2-wire cord with locking connector. Requires separate controller (not included). For use with model 60AG04.

Glas-col Fiberglass cloth heating mantle for round-bottom flasks, rated 60 W and 400°C maximum. Includes 4 ft 2-wire cord with locking connector. Requires separate controller (not included). Used in laboratory synthesis, distillation, and reflux applications.