Understanding the Landscape Understanding PPE in Manufacturing

Personal Protective Equipment in manufacturing encompasses specialized clothing and devices designed to protect workers from job-related injuries or illnesses. This equipment includes items such as helmets, gloves, eye protection, and safety footwear—each serving as a critical barrier against workplace hazards.

The Indispensable Role of PPE in Manufacturing

The manufacturing environment, known for its inherent risks, necessitates robust safety protocols with PPE at their core. Here’s why PPE is essential:

Comprehensive Protection: PPE shields workers from a variety of dangers, including physical injuries from machinery and harmful exposures to chemicals and noise.

Regulatory Adherence: Compliance with is not just about following laws—it’s about actively protecting the workforce.

Injury Prevention: Effective PPE usage significantly reduces the likelihood of workplace injuries, which companies substantial amounts in healthcare and lost workdays.

Enhanced Morale and Productivity: A safe worker is a happy and productive worker. Knowing that their safety is prioritized can boost employee morale and output.

PPE for Manufacturing Safety

Hard Hats: In manufacturing environments where there’s a risk of falling objects, are crucial for protecting your head from impacts and preventing serious injuries.

Safety Glasses: To safeguard your eyes from flying debris or hazardous chemicals, wearing is essential.

Face Shields: For enhanced protection of your face, eyes, and mouth, face shields are often used alongside safety glasses or goggles in particularly hazardous manufacturing settings.

Earplugs or Earmuffs: Manufacturing facilities can be extremely loud, making it vital to protect your hearing with to minimize noise exposure.

Protective Clothing: Depending on the nature of your work, many manufacturing facilities mandate the wearing of protective clothing such as gloves, aprons, overalls, and boots.

Breathing Masks: To prevent the inhalation of toxic chemicals, you may need anything from a simple paper mask to a more sophisticated . Regular use of masks can also help avert long-term respiratory issues.

Successful Implementation

Implementing a successful PPE program involves several key steps:

PERFORM regular Maintenance and Inspection: Continuous upkeep is necessary to ensure the protective gear remains effective.

CONDUCT thorough : Identifying potential risks is crucial in determining the necessary PPE.

ENSURE PPE must be appropriate for the hazard and correctly fitted to the individual.

PROVIDE comprehensive Training: Workers should be educated on proper PPE use, maintenance, and its limitations.

Looking Ahead

In observance of Manufacturing Day, we’re reminded of the critical role safety plays in the industry. It’s the ideal time to reevaluate your safety protocols and enhance PPE practices, ensuring that every worker benefits from the highest standards of protection. Don’t compromise on safety!

For tailored advice on PPE optimization and consultations with experienced risk management professionals, visit /services/risk-management/

The information provided in this article is for general informational purposes only and does not constitute legal advice.  We recommend consulting with an employment attorney to ensure compliance with all applicable laws and to receive legal advice tailored to your specific circumstances.

But did you know that PPE is just as important for workers who are performing their role in cold environments?

Employees who are exposed to the chilly outdoors are at risk of cold stress. Cold stress can be caused by cold temperatures, high and/or cold wind, dampness, and cold water. It occurs from and ultimately the body’s internal temperature – and can lead to serious or even life-threatening conditions such as hypothermia, frostbite, chilblains, and trench foot.

According to the U.S. Bureau of Labor Statistics, nearly 200 occupational injuries and illnesses resulted from “environmental cold” conditions in 2020. In climates with colder months, it’s important to consider specific protective equipment that crew members should wear to help reduce the chance of cold stress.

PPE for Winter Safety

According to the Occupational Safety and Health Administration (OSHA), employers should consider protective clothing that provides warmth for teams working in cold conditions. These items may include:

• Protection for extremities: gloves, wool socks, scarves, hat
• Loose fitting and lightweight layers (at least three)
• Water repellent, hooded jackets, raincoats, parkas
• Insulated, anti-slip boots or shoes
• UV eye protection –

Watching for Wind Chill

Wind chill temperature measures the rate of heat loss from the human body and the impact of cold on exposed skin. The showcases when wind chill reaches a critical level and provides information on wind chill for various air temperatures and wind speeds.

For more information about wind chill safety and prevention, read 91șÚÁÏÍű’s Safety Bulletin.

Winter Safety Best Practices

Employers should train teams on how to prevent and recognize cold stress and apply first aid treatment. In addition to protective equipment, environmental controls such as shielding work areas should be part of protocol. Workers who are facing winter conditions should also consider implementing a “buddy system” to help workers keep an eye out for the warning signs of cold stress among their teammates.

It’s critical for employers across industries to recognize and help to minimize the likelihood of potential injuries while on the job. When choosing company-issued or otherwise required equipment to work as a security guard, employers could be overlooking what may be at the heart of many preventable injuries.

OSHA Safety Requirements

Occupational Safety and Health Administration employers to assess the workplace and determine if present or likely hazards necessitate the use of personal protective equipment (PPE). If PPE is needed, the standard requires employers to select equipment that will best protect employees from identified hazards, then communicate those decisions to employees and select properly fitted equipment.

This general standard was primarily intended to address physical hazards such as heavy or rolling objects that may be dropped (mitigated by a safety toe), objects that may result in puncture/impalement (mitigated by a protective shank), or chemical and electrical hazards in the workplace.

In addition to the general standard, it is important that employers require anti-slip soles, with proper ankle support, heel height or other attributes that are intended for security guard or patrol personnel.

Assessing Footwear Safety

Many companies only require that their security guards wear shoes of a particular color that matches the look of its service uniform while not considering the necessary function of the footwear itself. Ensuring your company is considering the safest footwear for its security personnel can help mitigate the most common accidents.

Employers should consider the following when assessing their footwear requirements for employees.

Will the employee
.

• Be required to walk on smooth, wet, or slippery surfaces?
• Engage physically with another person, or push/pull an object?
• Navigate rough, uneven, or muddy terrain?
• Climb ladders, industrial stairs or catwalks?

Policy language only stating the required shoe color will not prevent an employee from donning a pair of dress shoes with slippery leather soles. Anti-slip soles, above-the-ankle support, proper heel height/a pronounced heel, and additional footwear safety attributes can help mitigate slips, trips and falls.

When accident reports are completed following a slip, trip or fall event at the workplace, the employee’s footwear should also be addressed in the accident investigation process.

One example of how tech could work in workers comp: SmartCapTechnologies created a trucker’s hat that tracks brain waves to detect when the wearer is getting drowsy or falling asleep, triggering a smartphone alarm or alerting a dispatcher. The idea for the device came from the Australian mining industry, according to Claims Journal magazine.

Workers compensation costs are significant, as shown by statistics from the National Council on Compensation Insurance (NCCI):

• Average costs are $23,500 in indemnity for lost-time claims for workers compensation insurance carriers and state funds, according to 2015 data.
• Medical costs add up to $28,500 per claim.
• And the trend lines keep going up: The average indemnity cost per claim for lost time was up 138% from 1995 to 2013, while medical costs per claim went up 214%. Could wearable tech ease the strain on the workers compensation premium payer?

Could wearable tech ease the strain on the workers compensation premium payer?

Source: National Council on Compensation Insurance (NCCI) Financial Call data for private carriers and state funds in states where NCCI provides ratemaking services.

Anything that can disrupt the upward trend in workers compensation costs could be popular. If wearable tech can slow the growth rate of those costs, or even reduce them, it’s a benefit for policyholders such as manufacturers, healthcare providers, transportation firms, construction companies, and other workers compensation insureds. And a safer workplace is of course a plus for workers.

Consumers are flocking to gadgets such as fitness trackers. A 2016 report by insurance analysis firm Celent noted that 10% of consumers “use a Fitbit or other wearable health monitoring device.”

One prediction: , 170 million wearable technological devices will be in use, according to a March 2016 presentation, “Wearable Technology: Trends and Opportunities for Organizations,” at the Academy of Marketing Science.

Another: Technology manufacturer that North America will have 180 million wearable devices by 2020, up from 38.6 million in 2015.

What will the future hold for wearable technology use in workers compensation? Innovators need to create specific applications for employers to use to address the basic risks of the work their employees perform. For example, a wearable shirt for firefighters that monitors heart and respiration rates got our attention.

But issues of privacy are huge. Just one concern — how much an employer can assert the right to know an employee’s health information — is a yet-to-be-settled issue.

91șÚÁÏÍű noticed a few years ago the potential of wearables to enhance safety, and we will keep an eye on wearable technology.