Choosing a chemical resistant glove is not something a safety buyer should guess at. The wrong material can let a solvent pass through in minutes while looking completely fine on the outside.
This guide walks through how Ansell gloves are rated, which materials suit which chemicals and how to pick a glove that actually matches the task in front of your team rather than a generic label on a box.
Why Chemical Glove Selection Matters
Hands are exposed to more chemical risk than almost any other part of the body during mixing, cleaning, sampling and maintenance work. A glove that looks protective can still allow permeation, which is when a chemical moves through the glove material at a molecular level without any visible sign of damage. Degradation is a different problem, where the glove material itself weakens, swells or cracks after contact with a chemical. Understanding both terms is the starting point for any safe glove selection process.
Facilities that treat glove selection as a checkbox exercise often end up with workers switching gloves too often, chemical breakthrough incidents or unnecessary spending on gloves that are simply the wrong fit for the job. A structured approach avoids all three problems and fits naturally into a wider personal protective equipment and workplace safety program rather than sitting as a standalone purchase decision.
Understanding EN Glove Standards
European standards give a consistent way to compare gloves across brands and materials. EN 374 covers chemical and microorganism protection, EN 388 covers mechanical risks such as cut and abrasion, and EN 407 covers heat protection where hot surfaces or molten metal are involved. Reading these markings correctly helps a buyer avoid relying on marketing claims alone.
Regulation 89 686 EEC also groups protective gloves into three risk categories. Category one covers gloves for minimal risk such as light janitorial work. Category two covers intermediate risk gloves that need independent testing and a notified body certification. Category three covers gloves built for irreversible or mortal risk such as chemical exposure, and these require both product testing and ongoing quality assurance checks by a notified body.
| Risk Category | Typical Use | Certification Requirement |
| Category I | Simple design low risk tasks such as light cleaning | Manufacturer self certification |
| Category II | Intermediate risk tasks such as general handling | Independent notified body testing |
| Category III | Chemical and irreversible risk tasks | Notified body testing plus ongoing quality checks |
Matching Glove Material To The Chemical
There is no single glove material that resists every chemical, which is why Ansell publishes permeation breakthrough charts for each product line. As a general reference point, the table below shows how common polymer types perform against a few widely used chemical families.
| Glove Material | Strong Against | Weak Against |
| Nitrile | Oils, fuels, many solvents and greases | Strong ketones such as acetone |
| Neoprene | Acids, alcohols and moderate chemical exposure | Aromatic hydrocarbons |
| Butyl | Ketones, esters and strong acids | Chlorinated solvents |
| Polyvinyl alcohol | Aromatic and chlorinated solvents | Water based chemicals |
| Laminated film | Broad spectrum chemical exposure | Limited flexibility for detailed work |
Always confirm actual breakthrough times against the exact chemical, concentration and exposure duration involved in the task, since results can vary between product lines even within the same base material. For readers who want a wider view of chemical suits alongside gloves, our guide on chemical protective clothing types and selection covers how garments and gloves work together as a full barrier system.
Choosing The Right Glove Construction
Material alone does not decide protection. Construction plays an equally important role and generally falls into three categories.
- Disposable gloves are thin and meant for light duty tasks with frequent changes, offering basic splash protection rather than full immersion resistance
- Unsupported gloves have no internal lining and are chosen when dexterity, tactility and flexibility matter most, such as handling small components
- Supported gloves include a cotton liner for heavy duty use and offer more comfort and sweat absorption, though not necessarily better chemical resistance than unsupported options
Matching construction to the task avoids two common mistakes, which are using a disposable glove for immersion work and using a bulky supported glove for detailed tasks that need fine control. If your facility handles multiple hazard types at once, our broader overview on types of safety gloves and their industrial uses is a useful starting point before narrowing down to chemical specific options.
A Simple Three Step Selection Process
A practical way to shortlist the right glove is to work through these three questions in order.
- Identify the exact chemical being handled and check its permeation breakthrough time on the manufacturer chart rather than relying on the general polymer type alone
- Decide the level of contact involved, since splash exposure needs less protection than full immersion or prolonged handling
- Review features such as length, cuff style, grip pattern and lining based on how the glove will actually be worn during the task
Skipping straight to price or brand name without following these steps is one of the most common reasons facilities end up reordering the wrong glove.
Ansell Glove Lines Worth Knowing
Ansell offers several specialist lines built for different chemical handling needs. AlphaTec gloves are designed for immersion tasks involving oils, greases and a wide range of solvents while still offering grip on wet surfaces. Barrier gloves use a multi layer laminated film built for broad spectrum chemical resistance in laboratory and aerospace settings.
ChemTek gloves use butyl or Viton and butyl blends for the most aggressive chemicals including concentrated acids. SuperFlex gloves use PVC with a cotton liner and are a common choice for splash protection in general chemical handling and cleaning work. For teams sourcing genuine Ansell products locally, our page on Ansell suppliers in UAE lists the current range available for chemical, cut and general purpose protection.
Common Mistakes To Avoid
- Choosing a glove based on thickness alone instead of checking the actual permeation chart for the chemical in use
- Reusing chemical gloves past their rated exposure time simply because they look undamaged
- Assuming one glove type can safely cover both chemical handling and cut risk without checking both EN 374 and EN 388 ratings
- Ignoring cuff length and fit, which allows chemical splash to enter from the wrist area during pouring or mixing tasks
Our guide on selecting protective equipment based on industry breaks down hazard specific needs across different sectors in the UAE and helps confirm whether these mistakes apply to your current program.
Conclusion
Selecting the right chemical handling glove comes down to matching the exact chemical, exposure level and task to a tested material and construction rather than guessing from general labels. Abdul Kadir Hakimuddin Trading Co LLC AKH Safety supplies genuine Ansell chemical resistant gloves and wider industrial safety solutions for businesses across the UAE. Contact AKH Safety today to find the right glove solution for your team.
Related Safety Resources
- An Ultimate Guide to Gas Detectors: Types, Uses & Function: Understand gas detection and workplace hazard prevention.
- Types of Safety Gloves and Their Industrial Uses: Explore hand protection for industrial applications.
- Must Have Marine Safety Systems for Safe Vessel Operations: Essential safety systems for marine environments.
- Everything You Need to Know About Respiratory Protective Equipment: Learn the basics of respiratory protection.
- Personal Protective Equipment (PPE): A Guide to Workplace Safety: Learn everything about ppe and essential ppe list for workplace safety.
