Nitrile and latex have dominated the disposable glove market for decades. Both create a barrier between skin and contaminants, but they behave very differently when oils, chemicals, sharp edges or allergens are involved. Choosing between nitrile vs latex gloves comes down to the specific risks of the job, the user's skin tolerance and the working environment. The breakdown below covers the differences, the use cases for each, and how to decide.
The table below summarises the core differences between nitrile and latex gloves across material, protection, suitable use cases and key characteristics.
| Attribute | Nitrile Gloves | Latex Gloves |
| Material | Synthetic rubber (NBR - nitrile butadiene rubber), petroleum-derived | Natural rubber, harvested from the Hevea brasiliensis tree |
| Protection | Strong resistance to oils, fuels, many solvents and punctures; rated for chemical handling under EN 374 | Good resistance to water and biological fluids; weak against oils, solvents and many industrial chemicals |
| Suitable for | Mechanics, automotive, industrial, food preparation, medical, chemical handling, tattooing | Medical examination, dentistry, light lab work, hairdressing |
| Characteristics | Latex-free (no Type I allergy risk), available powder-free, range of thicknesses from 3 mil to 12 mil and above, often textured for grip | High elasticity, comfortable second-skin fit, biodegradable, carries latex allergy risk |
To understand what makes nitrile gloves different from latex gloves, we need to start with the material they are made from. This difference influences their performance, allergy profile, cost and durability.
Nitrile is a synthetic polymer made from acrylonitrile and butadiene. The manufacturing process is fully controlled, which means thickness, grip texture and chemical resistance can be tuned for specific use cases. Latex is harvested from rubber trees and processed into a thin, elastic film. Latex gloves are biodegradable; nitrile gloves are not, though both produce comparable single-use waste in practice.
This is where the two materials diverge most sharply. Nitrile resists petroleum products, mineral oils, many solvents, fuels and a wide range of industrial chemicals, making it the standard glove for automotive, mechanical and industrial work. Latex breaks down quickly when exposed to oils, greases and solvents. For any task involving fuel, brake cleaner, white spirit or strong cleaners, nitrile is the safer choice.
Latex contains natural rubber proteins that can trigger a Type I hypersensitivity reaction in sensitised users. Reactions range from contact dermatitis through to more serious systemic responses. As a result, latex has been phased out of UK food service, much of the automotive sector and a growing share of healthcare. Nitrile contains no latex proteins, making it the default for environments where end-user or third-party allergies are a concern.
Latex is generally cheaper per glove than nitrile, but the price gap has narrowed as nitrile production has scaled. Durability tilts the cost equation further. A nitrile glove rated for the task typically lasts longer than a latex glove on equivalent work, reducing the number of changes per shift and the overall cost-per-use. For one-off, low-risk handling, latex remains the cheaper option; for repeated exposure to oils, chemicals or sharp components, nitrile is more economical over the working day.
Latex gloves are best suited to environments where elasticity, fit and tactile sensitivity matter more than chemical or puncture resistance. Common use cases include medical examination, dentistry, hairdressing, light laboratory work and short-duration biological sample handling.
The elastic second-skin fit allows for fine motor tasks. In settings where users and patients have been screened for latex allergies, latex remains a workable choice. Outside those contexts, the shift to nitrile has been near-total in UK industry.
Nitrile gloves cover a far broader range of work because the material can be engineered across a wide thickness range and combined with textured grip patterns. Light nitrile (around 3 mil) suits food preparation, hygiene tasks, beauty and light warehouse work.
Mid-strength nitrile (5–7 mil) covers general workshop and mechanics gloves use, automotive servicing, plumbing and trade work. Heavy duty gloves at 8 mil and above handle industrial maintenance, accident repair, oil and gas, agricultural and chemical environments. Nitrile is also the standard for tattoo studios, food handling at scale and clinical environments where latex allergy risk has been removed.
The decision depends on three practical factors. For a broader walkthrough on selecting the right glove by task, see our guide to choosing the right safety gloves.
If the task involves oils, fuels, solvents, brake cleaner, white spirit or industrial chemicals, nitrile is the realistic choice. Latex offers limited protection against these substances and breaks down quickly under exposure. For water-based, biological or low-chemical tasks, latex can perform adequately.
If users, colleagues or end-customers may have latex sensitivity, nitrile removes the risk entirely. This applies particularly to food service, hospitality, healthcare and any consumer-facing work. Nitrile is also less likely to cause contact dermatitis from repeated wear, and powder-free options reduce skin irritation further.
Latex looks cheaper per glove on paper, but only holds that advantage on short, low-risk tasks. For prolonged use or exposure to oils and chemicals, nitrile's longer working life delivers a lower cost per task. Calculate cost per shift, not cost per glove.
The Tough Glove range is 100% nitrile — there are no latex products in the catalogue. This is a deliberate choice given the chemical, automotive and trade environments the brand is built for. Below is how each product is positioned within the nitrile range.
1. Boa Lite is the lightweight nitrile option at around 3 mil, suited to food preparation, light hygiene work, salon and beauty, and high-frequency change-out tasks where dexterity matters more than puncture resistance.
2. Boa Pro is the mid-strength smooth-finish nitrile glove, designed for general mechanics, workshop, warehouse and trade use where dexterity and balanced protection are both needed.
3. Boa Gripz shares the same mid-strength position as the Boa Pro but adds a diamond grip texture for wet, oily or slippery handling — suited to mechanics, plumbing and automotive repair.
4. Gator Gripz is the heavy-duty 12 mil orange diamond grip nitrile glove built for heavy automotive, accident repair, oil and gas, agriculture and industrial maintenance, with EN 374 Type B chemical approval.
5. Black Gator Gripz is the black-colour equivalent of the Gator Gripz, widely used by car detailers and mechanics who prefer black for contaminant visibility on paintwork.
6. Gator Gripz Long Cuff extends the standard Gator Gripz cuff for forearm protection in under-vehicle, plumbing, tiling and chemical handling work.
Choosing between nitrile and latex is mostly a question about the task, chemicals, allergens and duration of use. For UK trade, automotive and food environments, nitrile is the practical default, and the Tough Glove range is built around that decision.
Your cart is currently empty.