Latex gloves are made from natural rubber, while nitrile gloves are made from a synthetic rubber polymer. That core difference in material drives everything else: how they feel on your hands, what chemicals they resist, who can safely wear them, and how long they last. Both are widely used in healthcare, food handling, cleaning, and laboratory work, but they’re not interchangeable for every task.
What Each Glove Is Made Of
Latex gloves come from the sap of rubber trees. This natural origin gives them exceptional elasticity, which is why they stretch easily, conform to your hand, and snap back to shape. Nitrile gloves are entirely synthetic, made from a combination of acrylonitrile and butadiene. The synthetic rubber is engineered to mimic many of latex’s best properties while eliminating the allergy risk that comes with natural rubber proteins.
Fit, Comfort, and Touch Sensitivity
Latex has a slight edge in tactile sensitivity. In controlled testing where people tried to detect small raised bumps through gloved fingertips, thinner latex gloves outperformed thicker nitrile gloves. Latex also has what’s sometimes called “fit memory,” meaning the material molds to the shape of your hand over time and feels almost like a second skin.
Nitrile gloves tend to be stiffer, especially right out of the box. That stiffness can cause hand fatigue during long wear, though manufacturers have improved this significantly in recent years with softer formulations. For tasks that rely more on grip and hand movement rather than fine fingertip detection, the difference between the two materials is minimal. Material thickness and glove fit matter more than the polymer itself for most practical purposes.
Puncture and Tear Resistance
Nitrile gloves have significantly higher puncture resistance than latex when tested against broad puncture hazards like metal probes. They’re also stiffer, and that stiffness actually increases as the gloves age, making older nitrile gloves more resistant to puncture rather than less.
Latex tells a more nuanced story. When tested specifically with sharp needles (like dental injection needles), latex gloves actually outperformed nitrile. Latex also has a unique ability to partially reseal itself after a small puncture, which can provide a brief additional barrier against contamination. This self-sealing property is one reason latex remained popular in clinical settings for so long. For general-purpose protection, though, nitrile’s overall toughness makes it the more durable choice, and it’s less likely to tear during tasks involving rough surfaces or sustained pulling.
Chemical Protection
This is where the two gloves diverge most sharply, and choosing the wrong one can leave your hands completely unprotected.
Latex gloves work well against water-based solutions of acids, alkalis, salts, and ketones. But they break down quickly when exposed to oils, fuels, and many organic solvents. Gasoline, diesel fuel, toluene, xylene, hexane, chloroform, and petroleum-based products all degrade latex rapidly.
Nitrile gloves handle oils, greases, acids, caustics, alcohols, and chlorinated solvents far better than latex. They’re the standard choice for automotive work, oil changes, and tasks involving hydrocarbon exposure. However, nitrile performs poorly against acetone, most ketones, lacquer thinners, and certain esters like butyl acetate.
Neither glove protects well against benzene, chloroform, chlorobenzene, or methyl chloride. If you’re working with any of these, you need a specialty glove regardless of whether it’s latex or nitrile. For everyday cleaning products, painting, or food handling, nitrile is generally the more versatile option because it resists a broader range of common household and industrial chemicals.
Latex Allergies and Skin Reactions
Latex allergy affects roughly 4.3% of the general population, but rates climb sharply among people with frequent exposure. About 9.7% of healthcare workers are allergic to latex, and among patients with repeated medical procedures (such as those with spina bifida or frequent surgeries), roughly 7.2% develop a latex allergy. Sensitization rates are even higher: around 12.4% of healthcare workers and over 30% of susceptible patient groups test positive for latex sensitivity even without active symptoms.
Latex allergy involves the immune system reacting to proteins naturally present in rubber tree sap. Reactions range from mild skin irritation and hives to, in rare cases, life-threatening anaphylaxis. This is the single biggest reason healthcare facilities worldwide have shifted toward nitrile as their default glove. If you’ve ever experienced itching, redness, or swelling after wearing rubber gloves, latex allergy is a likely explanation.
Nitrile Isn’t Completely Irritation-Free
Nitrile gloves eliminate the risk of latex protein allergy, but they can still cause a different type of skin reaction. During manufacturing, chemical accelerators are added to speed up the curing process. These compounds, which belong to chemical families called thiurams, dithiocarbamates, and thiazoles, can trigger allergic contact dermatitis in some people. This is a delayed skin reaction (not an immediate immune response like latex allergy) that typically shows up as redness, itching, dryness, or cracking on the hands after repeated glove use.
If you’ve switched from latex to nitrile and still experience skin problems, accelerator allergy is worth investigating. Accelerator-free nitrile gloves now exist specifically for people with this sensitivity, though they cost more and are less widely available.
Cost and Availability
Nitrile gloves historically cost more than latex because the synthetic manufacturing process is more complex. That price gap has narrowed considerably as nitrile has become the dominant glove in most industries. Latex gloves remain slightly cheaper per unit in many markets, but the difference is small enough that most buyers choose based on performance needs rather than price alone.
Nitrile gloves also have a longer shelf life. Because they’re synthetic, they don’t degrade from ozone, UV light, or temperature fluctuations the way natural rubber does. Latex gloves stored in hot or humid conditions can become brittle or sticky over time, while nitrile stays stable for years.
Which Glove to Choose
For most people buying gloves for home, cleaning, or general work, nitrile is the safer default. It covers a wider range of chemical exposures, carries no latex allergy risk, and holds up better in storage. If you’re doing automotive work, handling solvents, or working with oils, nitrile is the clear choice.
Latex still has a place when maximum tactile sensitivity matters and latex allergy isn’t a concern. Some surgeons and dental professionals prefer latex for fine procedures because of its superior stretch and fingertip feel. Latex also remains a reasonable option for short-duration tasks with water-based chemicals where comfort is the priority.
If you work with ketones or acetone regularly, neither standard latex nor nitrile provides adequate protection. You’ll need a specialty glove, such as butyl rubber, designed for those specific chemicals. Checking a chemical compatibility chart for your specific exposure is always worth the 30 seconds it takes.