Anti-Vibration Gloves

Anti-vibration gloves have padding in the palm and fingers meant to reduce the vibration passing from a tool into your hands. They are popular with people who use grinders, jackhammers, chipping hammers and impact wrenches. Used correctly they may help a little, but they are a poor substitute for lower-vibration tools, good maintenance and limiting exposure time.

• Tool Operators
• Concrete & Demolition
• Mechanics & Fabricators

What vibration does

• Regular exposure to hand-held vibrating tools can cause hand-arm vibration syndrome (HAVS): numbness, tingling, pale or white fingers (“vibration white finger”), loss of grip and dexterity, and nerve and blood vessel damage that can be permanent. See Hand-Arm Vibration.
• The risk depends on the tool’s vibration level, how long and how often you use it, grip force, cold, smoking and medical factors.

How anti-vibration gloves are tested

• Gloves that claim to be “anti-vibration” are tested to ISO 10819 (also adopted in the U.S. as ANSI S2.73), which measures how much vibration passes through the glove’s palm at set frequency ranges.
• To pass, a glove must reduce vibration transmitted at a high frequency range (about 200 to 1,250 Hz) by a given amount, and must not amplify vibration at a medium range (about 31.5 to 200 Hz) by more than a set limit. It must also have a palm layer of defined thickness. Such gloves are called “vibration-attenuating.”
• Tests use a standard measuring handle, not your tool, so real-world results differ.

Limits of anti-vibration gloves

• Low-frequency vibration passes through. The most damaging vibration from many tools is at lower frequencies (below about 100 Hz), such as from breakers, rotary hammers and impact tools. Gloves reduce it very little and can even make it a bit worse at certain frequencies.
• They reduce mostly high frequencies, which are less harmful to blood vessels but may help with nerve and comfort effects.
• Padded gloves reduce feel and grip, so you may grip harder, which increases vibration transfer and fatigue, and makes the tool harder to control. They may also be bulky near moving parts.
• The protection is limited. Gloves labeled for vibration are not a guarantee that you can work longer. Don’t use glove claims to extend trigger time past the safe limits.
• The U.S. has no OSHA vibration standard, so gloves aren’t a legal fix. Employers must still address recognized hazards. UK and EU rules, and ISO and ACGIH guidance, say gloves should not be the main control.

Better controls first

• Use low-vibration tools. Choose tools with damping or anti-vibration systems, and compare the maker’s vibration values. Ask for tool vibration data when buying or renting. See Power Tool Basics.
• Maintain tools: sharp bits, chisels and wheels, balanced wheels and worn-part replacement cut vibration. See Tagging Out Damaged Tools.
• Reduce time: limit trigger time, rotate tasks and take breaks, and use the right tool for the job. A heavier hammer used briefly may beat a lighter hammer used all day.
• Use mechanical aids: hold tools in stands, balancers or carts, use robots or alternate methods like cutting instead of chipping.
• Use a light grip. Hold the tool just firmly enough to control it, and don’t push harder than needed.
• Keep your hands warm and dry. Cold greatly raises the risk of vibration injury. Wear warm gloves, and don’t smoke, which narrows blood vessels. See Cold Weather Clothing.
• Get health checks and report symptoms early. See Medical Surveillance.

If you use anti-vibration gloves

• Choose gloves certified to ISO 10819 / ANSI S2.73, with the label and the tested rating, and from a reputable maker. Many cheap gloves with padding aren’t tested. See Buying PPE.
• Pick the right fit. Gloves that are too big or too small reduce control. Try them with your tool and ask whether you can still feel the tool and operate the trigger and controls.
• Match the glove to the hazards. Check for cut, impact, heat and chemical protection if needed. Vibration gloves often provide little of those. See Hand Protection.
• Keep gloves clean and dry, and replace them when padding wears or compresses, which reduces damping.
• Don’t wear loose or bulky gloves near rotating tools where they could catch.
• Treat gloves as one layer, and pair them with the controls above. Don’t use them as an excuse to work longer or with worse tools.

Spotting the signs of vibration injury

• Tingling or numbness in fingers after work, or at night
• Fingers that go white or blue in the cold, then turn red and painful when warmed
• Reduced grip, trouble with buttons and small objects
• Pain in hands, wrists or arms

Tell your supervisor and see a doctor if you notice these. Early action can prevent permanent damage. See First Aid Basics and Musculoskeletal Disorders.

Anti-vibration glove checklist

• I know gloves reduce only some vibration and are not my main control
• I use lower-vibration tools, keep them maintained and limit trigger time
• My gloves are certified to ISO 10819 / ANSI S2.73 and fit properly
• I keep my hands warm and dry, and use a light grip
• I replace gloves when the padding wears out
• I report numbness, tingling or white fingers early

Last updated: October 5, 2026