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An essential guide to help you be better informed when purchasing laboratory gloves.
Choosing the right lab gloves is essential for safety, comfort and regulatory compliance. Whether you are handling chemicals, biological agents, sharp instruments or sensitive samples, the right glove protects you and your work.
This guide walks you through the key factors, glove materials, safety standards and selection tips to make the right purchase.
A downloadable PDF version of this guide can be opened by clicking the buying guide image.
1. Identify Your Primary Use Case
Start by asking what you are protecting against. The hazard determines the glove material, thickness, cuff length and safety certification required.
✓Chemicals
High chemical resistance, thicker material such as nitrile or neoprene, and long cuff options where splash risk is present.
✓Biological agents
Disposable nitrile or latex gloves with good barrier properties and powder-free construction.
✓Sharps or mechanical risks
Cut-resistant gloves, reinforced materials or thicker options where abrasion, puncture or tear risk is higher.
✓Extreme temperatures
Thermal or cryogenic gloves made from specialised materials designed for temperature protection.
✓General lab tasks
Lightweight nitrile or latex gloves for routine handling, comfort and dexterity.
2. Choose the Right Glove Material
Each glove material offers different strengths. Choose based on the hazard, required dexterity and allergy considerations.
Nitrile
Most commonly used in modern labs. Resistant to chemicals, punctures and abrasion, and latex free for allergy safety. Suitable for chemical handling, biology work and general tasks.
Best for: Chemical handling, medical labs and anyone with latex allergies.
Latex
Excellent fit, dexterity and tactile sensitivity, with good biological protection. Less chemical-resistant than nitrile and can cause allergic reactions.
Best for: High precision tasks, microbiology and general lab use where latex allergies are not a concern.
Vinyl
Low cost and easy to put on and remove, but less durable and lower in chemical resistance.
Best for: Short, low risk tasks.
Neoprene
Strong chemical resistance with good flexibility and durability. Usually more expensive than latex or nitrile.
Best for: Harsh chemicals and long-term chemical exposure.
Specialty Glove Materials
Butyl rubber: excellent against ketones, esters and strong chemicals.
Viton: resistant to highly aggressive chemicals.
PVC: good for large-scale chemical or cleaning tasks.
PE or barrier film gloves: for highly toxic chemicals where other gloves fail.
3. Pick the Correct Thickness & Length
Thickness
2-4 mil: high dexterity, but not ideal for harsh chemicals.
5-8 mil: standard lab use with a good balance of protection and dexterity.
8+ mil: heavy-duty chemical or mechanical protection.
Length
Standard cuff, 9-10 inches: general lab tasks.
Extended cuff, 12-16 inches: chemical handling or splash risk.
Use thicker or longer gloves when chemical contact, splash risk or mechanical wear is more likely. Choose thinner gloves when tactile sensitivity is the priority and risk is low.
4. Glove Size and Fit
Nitrile Gloves Size Chart
Proper fit ensures dexterity and reduces tear risk. Gloves should fit snugly without restricting movement.
Too small: more likely to tear and can restrict movement.
Too large: reduces grip and tactile sensitivity.
Many manufacturers provide size charts. Measure palm width for best accuracy.
5. Powdered vs. Powder-Free
Powder-free gloves are standard for laboratories because they reduce contamination risk. Powdered gloves are rarely used now because they can contribute to allergic reactions and potential sample contamination.
Always choose powder-free gloves for professional lab environments.
6. Disposable vs. Reusable
Disposable gloves
Nitrile, latex or vinyl.
Ideal for biological work and routine chemical exposure.
Single-use to avoid contamination.
Reusable gloves
Neoprene, butyl, PVC or heavy-duty nitrile.
Thicker and longer lasting.
Better for large-volume chemical hazards.
7. Safety Standards & Certifications
Look for gloves that meet relevant safety standards. Ensure the manufacturer clearly lists test results and compliance markings.
EN ISO 374
Chemical and microbial protection.
EN 388
Mechanical risks such as cut, abrasion and tear resistance.
EN 455
Medical and disposable gloves, including barrier protection and sterility.
EN 1186
Materials in contact with foodstuffs, including non-leaching of harmful substances into food.
8. Additional Features to Consider
Textured fingertips for better grip.
Ambidextrous gloves for disposables or hand-specific gloves where fit matters.
Colour coding to separate clean and dirty areas or hazard levels.
Accelerator-free nitrile where skin sensitivity is a concern.
Double-gloving compatibility for high-risk biological or chemical work.
9. Recommended Glove Choices by Use
Precision tasks: latex or thin nitrile.
Chemical handling: nitrile, neoprene or butyl rubber for strong solvents.
Biological work: nitrile or latex, powder-free.
Cryogenic handling: specialised cryogenic gloves.
Cleaning and heavy-duty tasks: thick nitrile, PVC or neoprene.
10. Laboratory Gloves Buying Checklist
Before purchasing, make sure you confirm:
1What hazards will the gloves protect against?
Chemicals, biological agents, solvents or sharps?
Corrosive, toxic, volatile or permeating chemicals?
Splash, spill or aerosol exposure?
This determines material, thickness and certification.
2Which glove material is most suitable?
Nitrile for chemical and general lab use.
Latex for fine dexterity, where allergies are not a concern.
Neoprene or butyl for aggressive chemicals.
Vinyl for low-risk, short tasks.
3Are they compatible with the chemicals used?
Has the glove material been tested against the chemicals used?
What are the breakthrough times and permeation rates?
Review the manufacturer’s chemical compatibility chart.
4What thickness and cuff length are needed?
Is high tactile sensitivity required, or is protection the priority?
Is there a risk of forearm exposure?
Is an extended cuff needed for splash protection?
5Do the gloves fit properly for all users?
Are multiple sizes available?
Do the gloves run small or large?
Are they comfortable for long wear?
6Are they powder-free and low-contamination?
Are the gloves powder-free?
Are they suitable for clean room or analytical work?
Could residues, inhibitors or additives affect samples?
7Are there allergy or skin-sensitivity concerns?
Are the gloves latex-free?
Are accelerator-free options needed for dermatitis concerns?
Are there known skin reactions among staff?
8Do they meet required safety standards?
Which standards or certifications do the gloves meet?
Are the test results documented?
Does the manufacturer clearly list compliance markings?
9Disposable or reusable?
Disposable gloves support contamination control.
Reusable gloves can be cost-effective for heavy chemical work.
Choose based on exposure level and contamination risk.
10Do extra features matter?
Textured fingertips for grip?
Ambidextrous or hand-specific design?
Colour coding for workflow or hazard separation?
Double-gloving for high-risk tasks?
11What is the cost vs. performance balance?
Are you paying for features you do not need?
What is the cost per glove or per box?
Is the glove durable enough to reduce waste?
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