Disposable gloves look like the simplest product in the catalogue and are quietly full of grading traps - exam grade versus industrial grade, mil thickness games, AQL pinhole rates, and the nitrile-vinyl-latex trade-off. A buyer who does not understand these is at the mercy of a spec sheet that can read impressively while describing a flimsy glove. Here is how disposable grading actually works.
Exam Grade vs Industrial Grade - The Core Divide
The single most important grading distinction is medical/exam grade versus industrial grade. Exam-grade gloves are regulated medical devices that must meet defined standards for barrier integrity and (in the US) clear an FDA pathway; they are held to a tighter AQL for pinholes. Industrial-grade (also called general-purpose) gloves are not held to medical standards and may have a higher acceptable defect rate. The two can look and feel identical, but they are not interchangeable - selling an industrial glove into a medical use is a compliance problem. Always establish which grade the end use requires, because the price difference tempts substitution and the consequence falls on whoever sold it.
AQL - The Pinhole Number That Defines Quality
For disposable gloves, AQL (Acceptable Quality Limit) specifically measures pinholes and barrier defects, and it is the truest single quality metric. A lower AQL means fewer defective gloves: medical exam gloves typically require AQL 1.5 or better for pinholes; industrial gloves often run AQL 2.5 or 4.0; a cheap glove might be AQL 4.0 or worse. That number is the difference between a barrier you can trust and one that leaks. Ask for the AQL for pinholes explicitly and match it to the use - a tattoo studio or medical setting needs 1.5; a janitorial use can live with 2.5. A supplier who cannot state the AQL is a supplier to avoid. Our AQL inspection guide explains the sampling system in depth.
The Mil Thickness Game
Thickness is measured in mils (thousandths of an inch) and is where spec sheets get slippery. Buyers equate thicker with better, so cheap suppliers quote a thickness measured at the cuff (where gloves are thickest) rather than the palm or fingertip (where it matters and where they are thinnest). A glove sold as 5 mil may be 5 mil at the cuff and 3 mil at the fingertip. Specify thickness at the fingertip and palm, not the cuff, and ideally require a measured sample. Thickness also drives feel and use: 3-4 mil for high-dexterity food and light tasks, 5-6 mil for general purpose, 8 mil+ for heavy industrial and chemical exposure.
Nitrile vs Vinyl vs Latex vs Poly
Four materials cover the disposable market, each with a clear niche. Nitrile is the premium workhorse: strong, puncture-resistant, chemical-resistant, and latex-allergy-free - the default for medical, tattoo, automotive, and serious food prep. Latex is highly elastic with great tactile sensitivity but carries the allergy problem that has pushed many buyers away. Vinyl (PVC) is the cheapest fitted glove, fine for short, low-risk tasks but loose-fitting and weak. Poly (PE) gloves are the cheapest of all, loose one-use cafeteria gloves for the briefest contact. Match material to task and price point, and remember nitrile prices swing with raw-material markets, so quotes have a shorter shelf life than for textile gloves.
Powder-Free Is Now the Default
Powdered gloves - dusted with cornstarch for easy donning - are largely obsolete and in some uses banned (the US FDA banned powdered medical gloves). Powder causes contamination, allergy, and residue problems, so powder-free is the standard for nearly all modern uses, achieved through chlorination or polymer coating of the glove interior. Specify powder-free unless you have a specific reason not to, and be aware some lines still run powdered for certain markets - you do not want that substituted in. The donning method (chlorinated vs polymer-coated) slightly affects feel and cost, a detail worth specifying for high-volume buyers.
Texture, Cuff and Colour
Beyond grade and material, finishing details define the glove. Texture - smooth, micro-textured, or fully textured fingertips - affects grip, especially wet grip; textured fingertips are standard for mechanical and medical use. Cuff length: standard versus extended-cuff (longer gauntlet) for chemical or food work where forearm protection matters. Colour is a real spec: blue is the food-industry standard (visible if it tears into food), black signals premium/automotive/tattoo, white is traditional medical, and high-vis colours aid detection. These choices are cheap to specify and expensive to get wrong after the fact, so put them on the sheet.
MOQ, Packaging and Private Label
Disposables are a volume game: MOQ is large (often hundreds of thousands of pieces, quoted per case), and the unit economics are per-thousand-pieces with thin margins, so consolidation and volume matter more than on textile gloves. Packaging is part of the product - dispenser boxes of 100, cases of 10 boxes, sizing and AQL claims printed on the box. Private-label dispenser boxes are straightforward and a strong differentiator for distributors; just ensure any grade or AQL claim on the box is backed by the actual spec. For private-label disposable branding and the medical-vs-food compliance overlay, see our guides on private-label nitrile and food-safe compliance.
Our Honest Position on Disposable Grades
We quote disposable gloves against the spec that actually defines quality - grade, AQL for pinholes, and thickness measured at the fingertip, not the cuff - and we will not let a buyer accidentally compare a 5-mil-at-the-cuff glove against a 5-mil-at-the-fingertip one as if they were equal. We default to powder-free, recommend the material from the task rather than the cheapest option, and tie any printed AQL or grade claim to a real spec. Disposables are where slippery spec sheets do the most damage precisely because the product looks simple; our job is to make the comparison honest so you buy the barrier you think you are buying.
Want a Second Opinion on Your Tech Pack?
We review around 8-12 tech packs a week from buyers comparing factories. Free, no obligation - we will flag construction issues, suggest fabric alternatives, and tell you if a quote you got elsewhere is realistic.
This guide is updated when industry conditions change - the last revision was based on Q1 2026 fabric pricing and CN-EU freight rates.