Kimble 3G-OTH-373326 — Compatible Parts & Alternatives

You searched for 14030-200

6 compatible products found for Kimble 3G-OTH-373326. All items ship worldwide via DHL.

Also known as:14030-200KIMBLE

Cross-reference match for “14030-200”

“14030-200” 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.

KIMBLE

KIMBLE 200 mL Tall Form Borosilicate Glass Beaker, Type I, Colorless, Autoclavable (14030-200)

SKU: 3G-OTH-373326

Available by RFQQuote + Service

Kimble 3G-OTH-373326 — Compatible Parts & Alternatives

Cross-reference match for “14030-200”

KIMBLE 200 mL Tall Form Borosilicate Glass Beaker, Type I, Colorless, Autoclavable (14030-200)

More from Kimble

Kimble This 400 mL (13.52 fl oz) tall form beaker is made from Type I colorless borosilicate glass, meeting USP Type I specifications. It is suitable for general laboratory use including mixing, heating, and measuring liquids, as well as sample preparation and titration procedures.

Kimble Tall form beaker with 600 mL (20.28 fl oz) capacity, made from Type I colorless borosilicate glass. Designed for general laboratory mixing, heating, and measuring of liquids. Narrow profile facilitates precise pouring and reduced evaporation.

Kimble This 300 mL (10.14 fl oz) tall form beaker is made from Type I colorless borosilicate glass, conforming to USP specifications. It is designed for general laboratory tasks such as mixing, heating, and measuring liquids, offering resistance to thermal shock and chemical corrosion.

Kimble Tall form beaker with 100 mL (3.38 fl oz) capacity, made from Type I colorless borosilicate glass. Autoclavable and meets USP Type I specifications. Suitable for mixing, heating, and measuring liquids in laboratory settings.

Kimble This 1000 mL (33.81 fl oz) tall form beaker is made from Type I colorless borosilicate glass, meeting USP Type I specifications. It is suitable for general laboratory mixing, heating, and measuring of liquids in chemical, pharmaceutical, and research settings.