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Nitrile vs Vinyl vs Latex Gloves: How to Choose the Right Disposable Glove
Disposable gloves are one of the most-used consumables in any care, cleaning or food setting, and also one of the easiest to get wrong. Buy a glove that's too thin and it tears mid-task; buy one that's over-specified and you're paying for protection you don't need. The three main materials, nitrile, vinyl and latex, each have a place.
Key takeaways
- Nitrile is the best all-round, latex-free choice for care, clinical and industrial work.
- Vinyl suits short, low-risk tasks like food service and light cleaning.
- Latex fits beautifully but carries an allergy risk, so many workplaces avoid it.
- For clinical and personal care, use gloves sold as medical examination gloves.
Nitrile gloves: the all-rounder
Nitrile is a synthetic rubber, so it's latex-free and suits staff or clients with latex allergies. It has good puncture resistance and holds up well against many oils, fuels and cleaning chemicals, which is why nitrile has become the default in clinics, aged care and industry.
- Best for: personal care, clinical tasks, handling chemicals, mechanical and industrial work
- Watch for: thickness. Lighter examination gloves suit care tasks; heavy-duty black nitrile suits workshops, tattooing and cleaning with harsher products
Vinyl gloves: short, low-risk tasks
Vinyl (PVC) gloves are economical and latex-free, with a looser fit. They're fine for quick, low-risk jobs where gloves are changed often, such as food service, light cleaning or handing out meals. They stretch less and tear more easily than nitrile, so they're not the right choice for contact with blood or body fluids or for longer tasks.
Latex gloves: comfort and fit
Natural rubber latex gives excellent elasticity, fit and touch sensitivity, which many clinicians still prefer. The trade-off is allergy risk: latex allergy can range from skin irritation to serious reactions, so many workplaces choose latex-free gloves wherever clients or staff may be sensitive. If you do use latex, choose powder-free, low-protein gloves.
Quick comparison
| Nitrile | Vinyl | Latex | |
|---|---|---|---|
| Latex-free | Yes | Yes | No |
| Puncture resistance | High | Low | Medium–high |
| Fit and feel | Snug | Loose | Very snug |
| Typical use | Care, clinical, industrial | Food, light cleaning | Clinical, dental |
| Relative cost | Medium | Low | Medium |
Examination grade or general purpose?
For healthcare and personal care, use gloves sold as medical examination gloves. In Australia these are made to standards such as AS/NZS 4011 or EN 455, which cover things like pinhole testing and strength. General-purpose gloves are fine for cleaning and industrial tasks but shouldn't replace examination gloves in clinical work.
Getting the size right
A glove that's too tight tires the hand and tears; one that's too loose catches and slips. Measure around the widest part of the palm (excluding the thumb). As a rough guide, most adults wear medium or large, but sizing varies by brand, so order a box to trial before buying a carton.
How many gloves will you go through?
Gloves are single-use: change them between clients, between dirty and clean tasks, and whenever they're torn or contaminated. A busy care team can easily use several hundred gloves a day, which is why buying by the carton is usually much cheaper than buying single boxes.
Glove thickness explained
Glove thickness is usually given in mil (thousandths of an inch) or as the weight of a single glove in grams. Thicker gloves resist tears and chemicals better but reduce touch sensitivity.
| Thickness | Feel | Typical tasks |
|---|---|---|
| Around 3–4 mil | Light, sensitive | Personal care, examinations, food handling |
| Around 5–6 mil | Balanced | Cleaning, general facility work |
| Around 7–8 mil and up | Heavy-duty | Automotive, tattooing, chemicals, industrial work |
Matching gloves to common jobs
- Aged care and home care: nitrile examination gloves, changed between residents and tasks.
- Medical and dental clinics: nitrile or low-protein, powder-free latex examination gloves.
- Cleaning: nitrile, thicker where stronger chemicals are used.
- Food service: vinyl or nitrile, changed whenever you switch between raw and ready-to-eat food.
- Workshops and industry: heavy-duty black nitrile.
Putting gloves on and taking them off
Clean your hands before putting gloves on. To remove them, pinch the outside of one glove at the wrist and peel it off inside out, hold it in the gloved hand, then slide a clean finger under the second glove and peel it off over the first. Dispose of both and clean your hands again. Gloves don't replace hand hygiene.
Shop disposable gloves
Nitrile, latex and heavy-duty gloves in boxes and cartons, shipped from Melbourne.
All gloves →Nitrile gloves →Vinyl gloves →Trade pricing →Frequently asked questions
Are nitrile gloves better than latex?
For most workplaces, yes. Nitrile is latex-free, has strong puncture and chemical resistance, and removes the risk of latex allergy for staff and clients. Latex still offers excellent fit and feel, so some clinicians prefer it.
Can vinyl gloves be used in healthcare?
Vinyl gloves can be used for very short, low-risk tasks, but they tear more easily and fit loosely, so nitrile is the better choice for personal care and any contact with blood or body fluids.
What does powder-free mean?
Powder-free gloves have no cornstarch powder inside. Powder can irritate skin, carry latex proteins into the air and contaminate surfaces, so powder-free gloves are now the standard choice.
How many gloves are in a carton?
It varies by brand, but a common format is 100 gloves per box and 10 boxes per carton, which is 1,000 gloves. Buying by the carton usually gives a lower price per glove.
Related guides
- How Much PPE Do You Need? A Stock Planning Guide for Clinics and Care Providers
- Cleaning vs Disinfecting: Getting Infection Control Right in Aged Care and Clinics
- Protecting Skin in Continence Care: A Practical Routine for Carers
Sources and further reading
- Therapeutic Goods Administration (TGA)
- Standards Australia
- Australian Commission on Safety and Quality in Health Care
Last reviewed: October 2026 by the Innovation Project team.