Ansell Microflex 93-260 Nitrile/Neoprene Chemical Disposable Gloves

Reading a cut level, and why the letter matters

Industrial hand protection is rated to ANSI/ISEA 105, which scores cut resistance A1 to A9 by the gram load required to cut through at a fixed distance — and the scale is not linear. A9 withstands roughly nine times the load of A1, and the jump from A4 to A5 is far larger than A1 to A2. The European equivalent, EN 388, uses letters A–F on a different test, so an EN rating does not map cleanly onto an ANSI level.

ANSI/ISEA 105 also scores abrasion, puncture and, where relevant, impact — which is a separate rating from cut and is the one that matters for back-of-hand protection. OSHA 1910.138 requires hand protection selected for the specific hazard, which is why a cut level alone is not a specification.

⚠ Cut resistance is not cut proof, and no glove rating covers a moving blade drawn under load. Ratings also degrade with wear, contamination and laundering.

Frequently asked questions

What is the Ansell Microflex 93-260?

A disposable glove that layers nitrile and neoprene, thin enough for instrument work - one of the few exam-weight gloves with genuine multi-chemical resistance claims. It is the pick for labs and maintenance techs who need chemical protection and fingertip dexterity in one glove.

Why layer nitrile and neoprene?

Nitrile and neoprene resist different chemical families, so layering them broadens the range of chemistries a single thin disposable can handle. That is what lets the 93-260 claim multi-chemical resistance in an exam-weight glove.

Is it for splash or immersion?

Splash and incidental contact, with more chemical range than an ordinary disposable. As a thin glove, it is not for sustained immersion - step up to a reusable gauntlet like the Solvex line for that.

Is it latex-free?

Yes - it is a nitrile/neoprene glove with no natural rubber latex, so it suits workers with a latex allergy while still offering documented multi-chemical resistance in a disposable format.

How do I know it protects against my chemical?

Check your specific chemical against Ansell's permeation and breakthrough-time data for the 93-260. Chemical resistance is chemical-specific, and for a thin disposable breakthrough can be quick, so verify before relying on it.

Is it cut- or heat-resistant?

No - the 93-260 is a thin disposable chemical glove. It offers no meaningful cut or heat protection; for those hazards use a cut-resistant or heat/welding glove.

Why choose it over a plain disposable?

Ordinary disposables are for general handling and make no chemical claim. The 93-260 carries multi-chemical resistance in the same thin, dexterous format, so it fits lab and technical work where incidental chemical contact is expected.

Is it powder-free?

The Microflex line is offered powder-free for cleaner handling and reduced contamination. Confirm the exact configuration on the listing; powder-free is the norm for lab and chemical work.

What sizes and pack counts does it come in?

Size and pack options for this listing are shown on the linked Amazon product page. Disposable gloves are sold by the box, so match the size to the wearer and the count to your usage.

What jobs is it for?

Laboratory and instrument work, maintenance and technical tasks, sample handling, and light manufacturing where you need both chemical protection and fine dexterity - not heavy immersion.

How do I use and dispose of it?

Don a fresh pair for each task, avoid touching clean surfaces once contaminated, and dispose of used gloves per your facility's chemical-waste procedure. Do not reuse a disposable chemical glove.

How do I order for a crew?

Quantity purchasing runs through a free Amazon Business account - volume pricing, PO numbers at checkout, and tax-exempt eligibility for qualifying organizations. The bulk-ordering walkthrough is linked in our site footer.

Read our detailed Ansell Microflex 93-260 Nitrile/Neoprene Chemical Disposable Gloves review — strengths, limitations, and the alternatives that matter.