Excelta 3G-OTH-314548 — Compatible Parts & Alternatives

You searched for 260B-ET

8 compatible products found for Excelta 3G-OTH-314548. All items ship worldwide via DHL.

Also known as:260B-ETEXCELTA

Cross-reference match for “260B-ET”

“260B-ET” 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.

EXCELTA

EXCELTA Mini-Spatula 260B-ET

SKU: 3G-OTH-314548

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Excelta 3G-OTH-314548 — Compatible Parts & Alternatives

Cross-reference match for “260B-ET”

EXCELTA Mini-Spatula 260B-ET

More from Excelta

Excelta Precision applicator and stirrer with a 0.13 mm tip thickness, made of plastic. Designed for accurate dispensing and mixing of small quantities of liquids, pastes, or adhesives in tasks requiring fine control.

Excelta Stainless steel mixing spatula for precision applicator and stirrer tasks in laboratory environments. Suitable for handling chemicals and samples in research, pharmaceutical, and educational labs.

Excelta Plastic precision applicator and stirrer with a radius tip and 0.2 mm tip thickness. Designed for controlled application of oils, lubricants, or adhesives and for stirring small quantities of materials in confined spaces.

Excelta This precision applicator and stirrer features a stainless steel blade and a wooden handle. The 31.25 mm tip thickness allows for controlled mixing and application of substances in laboratory settings.

Excelta This stainless steel laboratory spatula features a 4.75 mm tip thickness for rigidity when mixing, stirring, and applying powders, pastes, and semi-solids. The corrosion-resistant construction is suited for general laboratory use in research, pharmaceutical, and chemical settings.

Excelta Precision applicator and stirrer made of carbon steel with a 0.13 mm tip thickness. Features static dissipative properties for controlled environments. Suitable for applying oils, pastes, or mixing small quantities in electronics assembly and laboratory settings.