Cytiva Whatman 3G-OTH-364852 — Compatible Parts & Alternatives

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11 compatible products found for Cytiva Whatman 3G-OTH-364852. All items ship worldwide via DHL.

Also known as:1827-150CYTIVA WHATMAN

Cross-reference match for “1827-150”

“1827-150” 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.

CYTIVA WHATMAN

CYTIVA WHATMAN 934-AH Grade Glass Microfiber Filter, Binder Free, 15 cm Diameter, 1.5 µm Pore Size

SKU: 3G-OTH-364852

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Cytiva Whatman 3G-OTH-364852 — Compatible Parts & Alternatives

Cross-reference match for “1827-150”

CYTIVA WHATMAN 934-AH Grade Glass Microfiber Filter, Binder Free, 15 cm Diameter, 1.5 µm Pore Size

More from Cytiva Whatman

Cytiva Whatman Binder-free glass microfiber filter, grade 934-AH, with 7 cm diameter, 0.44 mm thickness, and 1.5 µm pore size. Designed for general filtration requiring high loading capacity and fine particle retention. Suitable for gravimetric analysis, air monitoring, and sample preparation.

Cytiva Whatman Binder-free glass microfiber filter with 3.2 cm diameter, 0.42 mm thickness, and 1.5 um pore size. Suitable for laboratory filtration requiring high particle retention, such as gravimetric analysis, air monitoring, and sample preparation.

Cytiva Whatman Binder-free glass microfiber filter, grade 934-AH, with 12.5 cm diameter, 0.42 mm thickness, and 1.5 µm pore size. Suitable for laboratory filtration requiring high particle retention, such as gravimetric analysis, air monitoring, and water quality testing.

Cytiva Whatman Binder-free glass microfiber filter, grade 934-AH, with 4.7 cm diameter, 0.44 mm thickness, and 1.5 µm pore size. Used for laboratory filtration requiring high particle retention, such as gravimetric analysis, air monitoring, and sample preparation.

Cytiva Whatman Binder-free glass microfiber filter, grade 934-AH, with 3.7 cm diameter, 0.44 mm thickness, and 1.5 µm pore size. Used for laboratory filtration requiring high loading capacity and fine particle retention, such as gravimetric analysis and air monitoring.