Non Latex Disposable Gloves
(2 products)Non latex disposable gloves eliminate allergy risks while delivering the chemical resistance and puncture durability you need for healthcare, food service, lab work, and industrial tasks. The main choice? Nitrile or vinyl—nitrile offers superior protection and longevity; vinyl is more economical for light-duty applications.
Why Choose Latex-Free?
Natural rubber latex contains proteins that trigger allergic reactions. Nitrile gloves are 100% synthetic (nitrile butadiene rubber), so there's no exposure risk. They also outperform latex in chemical resistance—particularly against oils, solvents, and cleaning agents—and resist punctures better during extended wear.
This collection includes both disposable gloves in nitrile and vinyl formulations. When selecting latex-free gloves, check:
- Material type: nitrile for heavy-duty tasks, vinyl for low-risk food prep or cleaning
- Mil thickness: 4-6 mil balances tactile sensitivity and tear resistance
- Powder-free formulation: avoids contamination and respiratory irritation
- Accelerator-free options: if chemical sensitivity is a concern (rare, but relevant in <1% of users)
Nitrile gloves suit dental, automotive, manufacturing, and laboratory environments where durability matters. Vinyl works for short tasks with minimal chemical exposure.
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Mercator
Mercator Medical Ideall Grip Long Cuff Nitrile Gloves Royal Blue Diamond Grip
GM0321
Regular price From £5.87 exc VAT — £7.04 inc VATUnit price /UnavailableUnigloves
Unigloves Vitality Soft Nitrile Disposable Gloves Medical Grade Work Gloves x 100
GGD005X
Regular price From £6.89 exc VAT — £8.27 inc VATUnit price /Unavailable
Material Options and Performance
Nitrile gloves are manufactured from synthetic nitrile butadiene rubber (NBR), a petroleum-based compound. They contain zero natural rubber latex, eliminating protein-triggered allergy risks entirely. Nitrile delivers better chemical resistance than latex—especially against oils, greases, acids, and industrial solvents—and superior puncture resistance during prolonged wear. Vinyl gloves (PVC-based) are another latex free disposable gloves alternative: more economical, but less durable and with limited chemical protection. Choose vinyl for low-risk, short-duration tasks; nitrile for demanding environments.
Allergy and Sensitivity Considerations
Natural rubber latex contains proteins that cause Type I hypersensitivity reactions—ranging from contact dermatitis to anaphylaxis in severe cases. Gloves disposable latex free eliminate this hazard. However, some nitrile formulations use chemical accelerators (carbamates, thiurams) in manufacturing; these affect <1% of users. If chemical sensitivity is a known issue, specify accelerator-free nitrile. Most suppliers now offer accelerator-reduced or accelerator-free options for sensitive environments.
Selection Criteria for Your Application
Match glove specification to task intensity and duration. Key factors:
• Mil thickness: 4-6 mil is standard for most healthcare and food service; 8+ mil for automotive or industrial chemical handling
• Powder-free: avoids particulate contamination in cleanrooms, food prep, and medical settings; also reduces respiratory irritation
• Textured fingertips: improves grip in wet or oily conditions
• Cuff length: longer cuffs (9.5"+) protect wrists during immersive tasks
Common mistake: choosing vinyl for tasks involving prolonged chemical contact. Vinyl degrades faster than nitrile and offers minimal solvent resistance. For healthcare, dental, laboratory, and manufacturing work, disposable latex free gloves in nitrile specification are the safer default.
Use Cases and Industry Fit
Disposable gloves latex free suit healthcare (exam, surgery prep), dental procedures, laboratory handling, food service and preparation, automotive repair, cleaning and janitorial work, and light manufacturing. Nitrile is preferred where chemical exposure, puncture risk, or duration of wear is higher. Vinyl serves economical, low-exposure scenarios—routine cleaning, light food handling, or basic hygiene protocols.