Hand Protection

Updated: Dec 20, 2021



Hand Protection ST
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Hands are one of the most injured part of the body in the workplace. Many of these hand injuries are preventable. By identifying hazards and developing safety measures, you will be able to help reduce and or eliminate hand injuries in the workplace.



Injury Prevention

In the workplace, your hands are exposed to many hazards that can cause harm. Sharp

objects, extreme temperatures, dangerous chemicals and moving machinery can all cause

harm to hands.


Hand injuries can be immediate like cuts, punctures and burns or may happen over time, like

Raynaud’s Syndrome (white finger) or Carpal Tunnel Syndrome.


Your hands are superbly designed tools of amazing strength and dexterity. They can pinch,

grasp, twist, lift, hold and manipulate while doing a wide variety of other specific tasks.


Without your fingers or hands your ability to work would be greatly reduced.

Think about how you can perform the task before you start the job, are you likely to be

injured? Are you controlling all hazards.


Common Risks

Common risks that can cause hand injuries include:


• Chemical Exposure

• Biological Hazards

• Cut / Puncture Hazards

• Electrical Hazards

• Vibration Hazards

• Thermal Hazards

• Material Handling

• Repeated actions / Typing



Common Causes of Hand Injuries


• Lack of Training

• Complacency or lack of focus and attention

• No Job Safety Analysis / Risk Assessment conducted prior to task

• Lifting / Applying force incorrectly

• Removing guards and failure to Lock Out Machinery

• Incorrect or Careless Use of Personal Protective Equipment (PPE)

if any

• Using the incorrect or a damaged tool for the job


Reducing Hand Injuries

When looking at how to reduce hand injuries in the workplace, follow these steps:


1. Review hand injury data and identify trends

2. Conduct job / tasks risk assessments

3. Place control measures (refer to hierarchy of controls)

4. Select fit for purpose tools / gloves (if required) as a control

5. Provide training

6. Reinforce message of safety, encourage the discussions within the workplace

7. Review with those wearing the gloves (if selected as a control) for reviews / feedback

8. Review controls on a regular basis



Selecting Gloves

When selecting gloves consider the following:

Fit and Comfort:

Flexibility - Glove needs to be unrestrictive to the user. They should be able to make a

complete fist when wearing the glove.

Dexterity - Allow the user to perform each action without the need to take the glove off.

Liner Comfort - Should be soft and smooth without irritating the user’s skin.

Moisture Management - Based on task and environment conditions the glove should be

able to be worn for long periods.


Protection, Performance and Functionality:

Grip - The correct grip should provide the user with more control

Puncture - Industrial protection from large objects that pose a puncture threat or fine objects

such as medical needles that pose a puncture threat.

Cut - When assessing the cut-resistant properties of a glove, consider; material of

construction, basis weight, fabric construction and coatings.

Impact - Back of hand impact protection is designed to scatter impact impact force energy

away from the bone, helping to prevent and /or reduce hand / finger injuries

Abrasion - The glove provides the same level of protection at the end of the shift as it did at

the beginning.



Standards on Gloves

If you are implementing gloves as a PPE control there are a few standards to consider when

you select the gloves:


Mechanical Protection

This standard applies to all kinds of protective gloves in respect of physical and mechanical

aggressions caused by abrasion, blade cut, puncture and tearing.





Selecting Gloves Continued





Heat Protection

This standard applies to all kinds of protective gloves in respect of heat protection.







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