incidents. According to OSHA, nearly 70% of all workers do not wear suitable hand protection when required. This neglect can lead to significant injuries, resulting in costly medical expenses and lost productivity. Ensuring that employees wear appropriate hand protection minimizes these risks and enhances workplace safety.

Before selecting gloves, it is crucial to understand the specific hazards present in your work environment. Hand protection may be required against various risks, including cuts, chemical exposure, electrical hazards, and thermal burns. EHS teams must conduct a thorough risk assessment to identify these hazards and choose the right glove types and materials accordingly.

Step 2: Types of Hand Protection Gloves

When considering hand protection, it’s essential to identify the various types of gloves available based on the potential hazards in your work environment. Common classifications include:

• Cut-Resistant Gloves: These gloves are designed to protect against cuts and abrasions. They are rated based on cut resistance, with ratings defined by standards such as EN 388 and ANSI/ISEA 105. Cut levels range from A1 (minimal protection) to A9 (maximum protection).
• Chemical-Resistant Gloves: Made from materials that resist hazardous substances, these gloves protect against chemical exposure. It is important to ensure compatibility with specific chemicals workers may encounter.
• Heat-Resistant Gloves: Designed for environments with high temperatures, these gloves prevent thermal burns and assist in handling hot materials.
• Electrical Gloves: Insulated against electrical hazards, these gloves prevent shock and are crucial for workers handling live electrical parts.
• Disposable Gloves: Typically made from latex, vinyl, or nitrile, these gloves provide minimal protection and are commonly used in medical and food service applications.

Step 3: Materials Used in Hand Protection Gloves

The choice of materials significantly impacts a glove’s protective capabilities and chemical compatibility. Common materials include:

• Nitrile: Excellent for chemical resistance and offers good puncture resistance. Used largely in chemical environments.
• Latex: Offers flexibility and comfort but is less suitable for employees with latex allergies. Used primarily in medical settings.
• Vinyl: Cost-effective and suitable for low-risk tasks; however, it provides inferior chemical resistance.
• Leather: Offers durability and cut resistance; best suited for high-impact or heavy material handling tasks.
• Polyurethane: Provides excellent dexterity and is often used in the assembly of small parts.

Understanding the characteristics of each material will help you select gloves that provide adequate protection for the specific risks identified in your risk assessment.

Step 4: Assessing Chemical Compatibility

One of the most common mistakes is failing to evaluate chemical compatibility when selecting gloves. Not all gloves provide equal protection against different chemicals. For example, while nitrile gloves may resist certain oils and solvents, they may fail against other potent chemicals. Adhering to chemical compatibility charts, which detail the effectiveness of materials against specific substances, is essential in making an informed selection.

To effectively assess chemical compatibility:

• Consult the manufacturer’s chemical resistance chart for the gloves you are considering. Ensure it matches the chemicals used in your workplace.
• Consider the duration of contact. Short-term exposure may be acceptable for some glove materials, while prolonged exposure typically requires more robust protection.
• Evaluate the specific conditions in which the gloves will be used (temperature, pressure, etc.), as these factors can influence chemical resistance.

Step 5: Compliance with Relevant Standards

Compliance with established standards is critical in ensuring your glove selection meets safety requirements. The following standards are often cited:

• EN Standards: European Norms (EN) establish various criteria for glove performance. For example, EN 388 outlines cut resistance testing.
• ANSI/ISEA Standards: In the US, the American National Standards Institute (ANSI) and the International Safety Equipment Association (ISEA) have developed a comprehensive standard for glove ratings, particularly useful for cut resistance.

Ensuring that your selected gloves are compliant with these standards not only promotes safety but also provides documentation to validate your purchasing decisions in the event of an inspection or audit.

Step 6: Training and Communication

Once gloves have been selected, it is vital to provide training to employees on proper usage and maintenance. Common mistakes often arise from misunderstandings and improper use of gloves. Training should include:

• How to correctly don and doff gloves to minimize contamination.
• The importance of wearing the correct type of glove for specific tasks.
• Recognizing when gloves should be replaced due to wear and tear.
• Understanding limitations of the gloves being used, including chemical, cut, and abrasion resistance.

Step 7: Maintenance and Inspection of Gloves

Regular inspection and maintenance of gloves are essential to ensure ongoing safety and compliance. Key practices include:

• Inspect gloves for any signs of damage, such as tears, punctures, or degradation of materials, before each use.
• Store gloves in a clean, dry place away from direct sunlight and harmful chemicals that may affect their integrity.
• Provide guidance on how to clean reusable gloves if applicable, as improper cleaning can compromise their protective qualities.

Step 8: Common Mistakes in Selecting Hand Protection Gloves & How to Avoid Them

1. **Neglecting Risk Assessment:** Always conduct a thorough risk assessment before selecting gloves. Understand the specific hazards to ensure gloves offer appropriate protection.

2. **Overlooking Chemical Compatibility:** Consult compatibility charts and be sure of the duration of chemical exposure. This will help in selecting the right glove material.

3. **Choosing Inadequate Standards:** Ensure gloves conform to EN and ANSI standards. Failing to do so may result in inadequate protection.

4. **Insufficient Employee Training:** Regularly train employees on proper glove use and maintenance. Knowledge gaps can lead to increased risk of injury.

5. **Ignoring Inspection Protocols:** Establish a consistent protocol for inspecting gloves. Replace any that show signs of wear.

By addressing these common mistakes, EHS professionals can proactively enhance workplace safety through informed glove selection and training.

Conclusion: Ensuring Effective Hand Protection

Effective hand protection is a cornerstone of workplace safety and compliance. By understanding glove types, materials, and chemical compatibility, EHS staff and purchasing teams can significantly reduce the risks associated with hand injuries. Education, training, and adherence to safety standards are crucial for ensuring that hand protection is both adequate and compliant with regulatory expectations. Regular training sessions, inspections, and updates to risk assessments will ensure that your workplace remains safe while minimizing the risk of hand injuries.

For additional information on hand protection standards, you may refer to the OSHA, HSE, and EU-OSHA.