Cannabis Industry Safety and Hazards [and how to avoid them]

Cannabis Industry Safety and Hazards

Cannabis Industry Safety is more critical now than ever. At a time when other industries seem to be struggling to keep afloat, the marijuana industry is the fastest growing industry that hires more and more employees every day. According to the BLS, 5.5 million jobs in the manufacturing industry were lost between 2000 and 2017. However, the legal cannabis market is expected to have over a quarter-million jobs by the year 2020.

While other industries struggle to keep afloat, the marijuana industry is the fastest-growing. Hiring more and more employees every day. According to the BLS, 5.5 million jobs in the manufacturing industry were lost between 2000 and 2017. Yet, the legal cannabis market expects to have over a quarter-million jobs by the year 2020.

Despite high employment, the industry faces some safety hazards, just like other industries. OSHA General Duty Clause – in Section 5 (a) (1) states that you as an employer should provide your employees with a workplace free from identifiable hazards that have the potentiality to cause serious harm or even death to your workers.

Cannabis Industry Safety

The Cannabis Industry includes:

  • Cultivation
  • Distribution
  • Laboratory testing
  • Manufacturing
  • Retail

Marijuana Industry Safety Hazard Breakdown

Meanwhile, Most of the hazards in the marijuana industry are like those experienced in other industries. Be aware of Grow House Hazards to avoid disasters. These hazards break down into three main categories: biological, physical, and chemical.

Biological Hazards

Cannabis Industry Safety and Hazards biological hazards

For instance, these types of hazards can arise from working with marijuana plants. Some of the common biological agents include bacteria and fungi. Meanwhile, these agents can affect the health of your workers by causing the throat, skin and eye irritation, nasal congestion, and other physical health effects.

Some of the most likely biological hazards that your employees may encounter include:

Mold

Employees assigned to cultivating and trimming of marijuana can be exposed to mold. Mold growth and mold spores are most likely to occur due to the high humidity levels that are required for the production of marijuana. According to the U.S. Department of Agriculture, the production of marijuana requires humidity levels of 70 percent.

Also, the presence of mold and mold spores in the air can cause breathing problems, coughing, wheezing, exacerbation of asthmatic conditions, and other respiratory infections.

In other words, to protect your employees from mold, you need to control moisture levels. Standing water may increase the humidity levels, and you may have to invest in proper irrigation methods.

You can also combat moisture by vacuuming instead of sweeping and increasing ventilation. Yet, you may not always know the mold spore levels after using the recommended control strategies. Ensure that your workers always wear the right personal protective equipment (PPE).

The right PPE will provide your employees with skin, eye, and respiratory protection.

Sensitizer and Allergens

Cannabis Industry Safety and Hazards respiratory hazards

As a result, several reported cases describing episodes of employees in the marijuana industry experiencing allergic reactions. Including anaphylaxis, and hypersensitivity to marijuana. For example, employees whose skin gets into direct contact may experience itchy skin, hives, and puffy or swollen eyes.

Like many other sensitizers, initial exposure to the plant may result in a normal response. But, repeated exposure may lead to an abnormal response. As a result, Allergens can cause itchiness, coughing, sneezing, and wheezing.
If it’s not possible to cut exposure to these allergens, start by improving the ventilation. Also consider job rotation, worker training, and using the right PPE.

Physical Hazards

Cannabis Industry Safety and Hazards electrical hazards

Likewise, the marijuana industry shares several physical hazards from other industries.
Some of the common physical hazards include:

Compressed Gas

In the production of marijuana, you have to use various gases such as carbon dioxide for enrichment purposes. The use of large quantities of these gases can be a threat to your employee’s safety. Compressed gases are dangerous due to the high pressure inside the cylinders. So to prevent injuries, ensure that your employees understand and use the right safety precautions.

Electrical

Cannabis Industry Safety and Hazards fire hazards

But for marijuana to grow, it needs a great deal of energy. Several hazards can emanate from temporary wiring, blocked electrical panels, missing breakers. And the use of electricity at high humidity levels, overloaded circuits, and lack of electrical training, among other electrical hazards.

Apart from electrical hazards, the law requires protecting your employees from dangerous energy sources.

Avoid grow house fires! Review Cannabis Industry Safety hazards present in all these areas:

  • Lighting hazards
  • Flammable or combustible liquids
  • Noise
  • Occupational injuries
  • Confined spaces

Chemical Hazards

Cannabis Industry Safety and Hazards chemical hazards

Further, chemicals used in the production of marijuana pose several health and safety hazards. To keep your workers safe, it’s important to provide information on any harmful substances. The best way to inform your employees is through training and information about various chemicals. You can do this through SDSs (Safety Data Sheets).

Some Cannabis Industry Safety chemical hazards in the marijuana industry include:

Carbon Dioxide

Cannabis Industry Safety and Hazards carbon dioxide

Also, Employees in the marijuana industry who work in cultivation may encounter carbon dioxide. Carbon dioxide is often used in dry ice or liquid gas to speed up plant growth. And in the extraction process for the production of concentrates. Carbon dioxide is an asphyxiant, which means that it displaces oxygen.

Symptoms of carbon dioxide exposure include dizziness, headache, increased heart rate, rapid breathing. And in extreme cases, it can cause unconsciousness and death.

This explains why most industries that face carbon dioxide hazards have monitoring devices.

To protect your employees, it is important that you know about the health and safety hazards of carbon dioxide. Install carbon dioxide monitors and also maintain them. Avoid using dry ice in confined places, and when your employees are handling it, they should always use the right PPE.

The right PPE may include safety glasses and disposable gloves. Additionally, it’s also important to train your employees on the harmful effects of carbon dioxide and symptoms of exposure.

Carbon Monoxide

Cannabis Industry Safety and Hazards carbon monoxide

Your employees are exposed to high levels of carbon monoxide during the production of marijuana. The high levels of carbon monoxide can overcome your employees without warning. The CDC reported a total of 2,244 deaths resulting from carbon monoxide poisoning. This affects employees that work in spaces with limited ventilation. 

Subsequently, Carbon dioxide can cause illness, coma, neurological damage, and death. Keep your employees safe by installing carbon monoxide monitors. And ensure that you have a ventilation system that can remove carbon monoxide.

Pesticides

Production of marijuana requires the use of insecticides and fungicides. Yet, some pesticides can cause skin and respiratory hazards. Employees cultivating or harvesting marijuana, loading or applying pesticides, cleaning equipment used in the application of pesticides can be affected.

According to the EPA Agricultural Worker Protection Standards, it’s mandatory for all employees applying pesticides or fungicides to be aware of the risks as indicated by the manufacturer. It is also important for your employees to wear the right PPE to protect them against exposure.

Protect Your Workers

Cannabis Industry Safety and Hazards PPE

In short, your workers are the lifeblood of your cannabis cultivation business. However, like other industries, your facility has the potential to expose your workers to several hazards. Such as dust, pesticides, UV light, marijuana resin, and mold spores among other hazards.

Exposure to these hazards has both short-term and long-term negative effects.

Additionally, the cleanliness of items used in the production of marijuana is important in the result of the product.

These circumstances affect indoor marijuana cultivation where conditions tend to be warm and damp, and have inadequate ventilation.

To sum up, given the unique Cannabis Industry Safety hazards, you should be familiar with the potential risks. Mitigate these hazards that can affect you, your product, and your employees. Use the right safety equipment and procedures.

Take a look at personal protective equipment, especially respiratory protection for cannabis industries and others.

For more Cannabis Industry Safety regulations and training specific to California, head to Cal/OSHA.

Chloroprene Gloves vs. Nitrile Gloves

Differences between
chloroprene and nitrile.

Disposable gloves are essential for handling tasks which could cause exposure to harm. For instance, if you are involved in work that could cause contact with harmful chemicals, dangerous particles and contaminated fluids, you will need reliable gloves. Read more about what chloroprene gloves are and how they compare to nitrile gloves.

There are different types of gloves which you can use for the protective needs in your commercial, industrial and medical operations. The most ideal option are chloroprene gloves. These gloves will provide adequate protection while maintaining personal comfort.

Understanding Chloroprene

DuraSkin Chloroprene Gloves

Chloroprene is an ideal material for glove production because it combines the beneficial properties of both latex and nitrile. This material is similar in structure to natural rubber on a molecular level, but it is a synthetic material which is also commonly known as neoprene.

Chloroprene has exceptional resistance to harmful conditions such as chemicals and puncturing just like the durable and resilient nitrile. The gloves will also display good flame resistance and work well in a wide range of temperature.

On the other hand, this material is similar to latex because the gloves will fit firmly against the skin, guaranteeing more comfort. If you are concerned about allergies, you should plan on using chloroprene gloves.

Latex allergy is not uncommon, but it can cause a lot of inconvenience in the workplace. Fortunately, chloroprene does not contain elements which induce adverse reactions. Therefore, these gloves are ideal for workers with physiological sensitivities.

Advantages of Choosing Chloroprene Gloves

There are numerous benefits which can only be realized through the use of chloroprene disposable gloves.

Here are the primary advantages that you will get by making the switch.

Strong and Durable

Optimal protection is essential for most applications that require gloves. In simple terms, if the gloves are not strong enough to withstand the stresses of your workplace, they will expose the workers to unfavorable materials.

Chloroprene is an ideal choice because it offers exceptional strength for protection. The gloves made from this material have good tensile strength which makes them resistant to breaking under significant pressure.

Tensile strength defines the ability of a material or product to withstand tension forces without breakage. Chloroprene has good tensile strength and will handle tension pressure will. It is also important to note that the material displays exceptional elongation performance.

The chloroprene can stretch considerably without damage. In addition, these disposable gloves provide great protection against punctures from sharp tools in the workplace.

Protective Barrier

Chloroprene gloves form a reliable barrier from adverse conditions when handling harmful chemicals and other materials. The layer of synthetic rubber creates a barrier which cannot be easily compromised, resulting in harm to the workers.

These gloves are suitable for handling chemicals such as detergents, alcohol, acids and other toxic materials. Also, they will provide protection for people who come in contact with bodily fluids.

Comfortable Fit

Comfort is essential for people required to don protective gear during their work hours. In general, if the gloves are comfortable, employees will be more resistant to using them for prolonged periods. As a result, the workers could be exposed to harmful materials due to poor protective practices.

In addition, the users will tend to change their gloves more frequently than necessary to discomfort. This practice could cause the use of more money on protective gloves.

Chloroprene disposable gloves are ideal for prolonged use because they are comfortable and fitting. Unlike nitrile gloves or other similar materials, chloroprene is more elastic and softer. Therefore, the gloves will ensure that the fit is snug and comfortable.

When these products are worn for prolonged periods, these gloves will not compromise the dexterity of the hands. In addition, these gloves can alleviate fatigue and promote productivity.

Comparing Chloroprene to Nitrile

SynGuard Nitrile Medical Gloves

Disposable nitrile gloves are quite advantageous for use in diverse work applications. Their primary advantage is in their strength and level of protection. In simple terms, the barrier created by the nitrile is quite resistant to puncturing and mechanical strength.

In addition, nitrile works well with diverse chemicals which are commonly encountered in workplaces, including oils, acids and chemicals. Like chloroprene, this material is also free of latex which induces allergic reactions.

However, chloroprene gloves provide better overall performance in comparison to nitrile. These gloves provide protection against a wider range of threats, including resistance to extreme temperature and toxic and hazardous chemicals.

Also, chloroprene is a more comfortable material for practical everyday use. In most cases, nitrile gloves will need to warm up after donning before they can conform ideally to the shape of the user’s hands for a comfortable fit

Leather Work Gloves: Types and Applications

Leather Work Gloves

Fully Utilize Leather Work Gloves To Enhance Your Business

Occupational Safety and Health Administration (OSHA) revealed that 70% of workers who suffered hand injuries in manufacturing were not wearing gloves. Hand injuries among the remaining 30% were because hand protection was inadequate, damaged, or misapplied. Leather Work Gloves offer protection from sparks, rough objects, heat, and injuries in heavy-duty industrial and commercial applications.

Leather is naturally designed to provide comfort, dexterity, durability, and abrasion protection and mild heat resistance. The features and benefits of using leather gloves make leather a traditional favorite for industrial workers.

Workers use a variety of tools and protective equipment at work to ensure protection against occupational hazards.

Hand protection equipment is one of the most important protective equipment you need to protect your hands from sparks, cuts, spills, and other workplace hazards.

Since there is a broad range of leather work gloves available in the market, it can be challenging to select the appropriate pair for your work environment.

Things You Should Know About Leather Gloves…

Hazard Assessment

Hazard assessment is a crucial step towards implementing the right safety equipment at your workplace.

According to OSHA’s hand protection standards, employers must select and require workers to use appropriate hand protection  when their hands are subject to hazards such as:

  • cuts
  • heat
  • punctures
  • chemical burns
  • handling harmful substances
  • harmful temperature extremes

Hazard assessment will help you understand the nature and severity of hazards that might affect employees’ hands or cause hand injuries. For example, if your employees have to deal with sharp pieces of machinery, needles or blades of tools that can damage the skin on hands, provide your employees with gloves designed to protect against these hazards.

Choosing the Right Type of Leather Work Gloves

When it comes to heavy-duty hand protection products, you can’t find anything better than leather gloves. Leather is resistant to heat, punctures, and tearing. And it becomes pliable and softer with use.

Warm in the winter and cool in the summer, leather is the best material to produce gloves for various industrial and commercial use. Often, leather palm gloves offer much better feel, comfort, cut resistance, and last longer.

Like any other personal protective equipment, leather gloves must be appropriate for the task and hazards present and they need to fit wearer’s hand properly. When examining a task to select the right glove, determine whether your job involves any hazardous chemicals or sharp objects.

Some hazards may not seem dangerous but they can damage your skin over time. Choosing gloves designed for your work environment is therefore important.

Understand various types of work leather gloves to select one which fits your profession.

Types of Leather Gloves Include:

1. Pigskin Leather

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Pigskin leather is one of the most versatile forms of leather which offers durability, breathability, and water resistance making it ideal for many commercial applications.

Because of its porous nature, pigskin leather becomes softer with use and stays cooler. Pigskin Gloves are a great hand protection solution for application where movement, safety, and comfort are priorities.

2. Goatskin Leather

Goatskin Driver Gloves
Goatskin Driver Gloves

The strength and dexterity of goatskin leather ensures hand protection against many hazards. Because of natural lanolin in the skin which delivers high water and abrasion resistance. Goatskin Driver Gloves provide impeccable protection against weather, cuts, and sparks.

3. Cowhide Leather

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Cowhide leather is one of the most common hides used for professional gloves. Because of its comfort, economy, abrasion-resistant properties, and durability. Cowhide has a longer break-in period and more heat-resistant than goatskin and pigskin.

Cowhide Driver Gloves are designed to provide the greatest strength, comfort, and protection.

So if your application requires exceptional durability go for cowhide, goatskin or even pigskin. With cowhide being the most durable. Goatskin is a good choice for ultrafine dexterity required for some welding gloves.

Limitations of Leather

Leather work gloves are considered as the most commonly used personal protective equipment. While leather provides protection to the hands, wrists and fingers, they have limitations.

For instance, if leather gloves are exposed to chemicals for a long period of time, they will start breaking down allowing the chemicals to seep through. Your employees must understand that protective equipment provide protection against occupational hazards up to a certain point.

So, leather gloves are best for protection from rough objects, sparks and heat. And for cushioning from light blows in heavy-duty work requirements.

All kinds of leather provide comfort, durability, dexterity, mild heat resistance and abrasion protection.  Because of these advantages, leather is a traditional favorite for industrial workers.

Leather Work Gloves Supplier

Now whether your profession requires deerskin gloves or disposable gloves, Harmony offers a complete range of occupational gloves made for a broad range of industries.

Browse through our online store to learn more about our collection of leather driver gloves and other personal protective equipment!

Read How to Prevent Hand Injuries with different types of gloves.

The 5 OSHA Workplace Hazards

Under the right circumstances, virtually anything could become hazardous in the workplace. With sensible employee behavior and workplace conditions, however, the workplace hazards that the Occupational Safety and Health Administration (OSHA) warn against fall into just five main categories. We’ll review them below, and provide suggestions for mitigating dangers for each.

#1: Safety Hazards

(slips, trips and falls, faulty
equipment, etc.)

Safety risks refer to the conditions or substances found in the work environment which can pose danger of injuries. From falling objects to wet floors, these seemingly innocuous everyday risks have the potential to cause serious bodily harm. To minimize these hazards, there are a few things you can do:

  1. Never leave machinery unattended while in use
  2. Practice safety while working from heights
  3. Mandate the use of safety gear and safety apparel, like hardhats, and safety glasses
  4. Have your electrical wiring inspected regularly
  5. Provide the proper signage (like wet floor signs) to notify employees of spills, and clean them up promptly

Safety Hazards include:

  • Spills on floors or tripping hazards,
    such as blocked aisles or cords
    running across the floor
  • Working from heights, including
    ladders, scaffolds, roofs, or any
    raised work area
  • Unguarded machinery and moving
    machinery parts; guards removed or
    moving parts that a worker can
    accidentally touch
  • Electrical hazards like frayed cords,
    missing ground pins, improper
    wiring
  • Confined spaces
  • Machinery-related hazards
    (lockout/tagout, boiler safety,
    forklifts, etc.)

#2: Biological Hazards

(mold, insects/pests,
communicable diseases, etc.)

These types of hazards tend to be exclusive to specific work environments. Particularly, anyone who works with infectious plants, people, or animals may be regularly exposed to biological hazards. Examples of occupations could include laboratory workers, daycare assistants, and personnel in hospitals, doctor’s offices, or nursing homes.

Coming into contact with substances like blood and other bodily fluids, animal droppings, bacteria and viruses, or fungi can put an individual at risk of becoming ill. To minimize these risks, it’s essential that you establish a protocol for handling biohazards and potentially infectious material. Additionally, make sure necessary supplies like disposable gloves are easily accessible. Sorbents can be used to clean up bio-hazards.  These powerful granules absorb the liquid, making them easy to clean-up.

Types of things you may be exposed to
include:

  • Blood and other body fluids
  • Fungi/mold
  • Bacteria and viruses
  • Plants
  • Insect bites
  • Animal and bird droppings

#3: Physical Hazards

(noise, temperature extremes,
radiation, etc.)

Physical hazards are environmental factors which can cause injury without direct contact. For instance, radiation, temperature extremes, consistent loudness, and prolonged exposure to sunlight or ultraviolet rays all fall into this category. These are commonly considered the most difficult to detect, because signs don’t always present themselves right away.Like the other hazards listed here, reducing your employees’ risk of being exposed to physical hazards comes down to providing protection.

Hearing protection, for instance, should be considered mandatory for any individuals working around loud machinery. In settings where MEFs and microwaves are routinely emitted, employers must develop practices their teams can follow to limit exposure.

Physical Hazards include:

  • Radiation: including ionizing, nonionizing
    (EMF’s, microwaves,
    radiowaves, etc.)
  • High exposure to sunlight/ultraviolet
    rays
  • Temperature extremes – hot and cold
  • Constant loud noise

#4: Ergonomic Hazards

(repetition, lifting, awkward
postures, etc.)

Like physical hazards, ergonomic hazards may develop over time. Back strain and similar musculoskeletal disorders are often attributed to repetitive workplace motions. Even individuals who work desk jobs aren’t immune to suffering from back pain.

To combat ergonomic hazards, employers can offer training from specialists to help employees understand the importance of proper lifting techniques and posture. More and more employers are also exploring standing desk options to prevent associates from experiencing health complications associated with prolonged sitting.

Ergonomic Hazards include:

  • Improperly adjusted workstations and
    chairs
  • Frequent lifting
  • Poor posture
  • Awkward movements, especially if
    they are repetitive
  • Repeating the same movements over
    and over
  • Having to use too much force,
    especially if you have to do it
    frequently
  • Vibration

#5: Chemical/Dust Hazards

(cleaning products, pesticides,
asbestos, etc.)

Some chemicals are naturally more potent than others. While certain types are only dangerous when ingested or a person comes into direct contact with them, others are dangerous when simply inhaled. If your workforce uses chemicals regularly, you can keep employees safe by:

  1. Clearly labeling all chemicals
  2. Developing a protocol for handling chemicals
  3. Providing employees with the proper safety gear (respirators and gloves, for instance) to wear while in the presence of chemicals

Beware of:

  • Liquids like cleaning products, paints,
    acids, solvents – ESPECIALLY if
    chemicals are in an unlabeled
    container!
  • Vapors and fumes that come from
    welding or exposure to solvents
  • Gases like acetylene, propane, carbon
    monoxide and helium
  • Flammable materials like gasoline,
    solvents, and explosive chemicals.
  • Pesticides

No matter which types of hazards your workplace has, Harmony has all of the safety gear and products your team needs to stay healthy and injury-free. Browse through their supplies online now, or contact a product specialist to learn more.

3 Differences Between Nitrile Gloves & Latex Gloves

3 Differences Between Nitrile & Latex Gloves

Latex Gloves vs Nitrile Gloves

3 Key Differences of Disposable Nitrile Gloves

Until recently, latex was the go-to material for gloves across many different applications. Now, we have a couple of different choices when it comes to disposable gloves. Latex gloves are still commonly used in some medical applications. However, nitrile gloves are becoming an increasingly popular choice.

Here, we’ll discuss the differences in features between these two types of disposable glove materials:

1. What They’re Made Of

Did You Know…?

Latex is actually made of organic tree sap.

Sap from rubber tree

It’s no surprise that individuals who are prone to allergies often find themselves irritated by latex. In fact, latex allergies are so common that FDA even issued a recommendation for medical suppliers to label products according containing latex.

Because contact with latex can cause harmful irritations to the user if they are allergic to it. Latex gloves are considered to be more inherently dangerous than nitrile.

Latex allergic reaction
Latex allergic reaction

Nitrile is made of inorganic synthetic materials. Considered to be 100% clean of allergens. Thus, there are no harmful properties (specifically, allergenic proteins) found within disposable nitrile gloves.

So, f latex allergies are a concern for anyone coming into contact with your disposable gloves, nitrile is the obvious choice.

Nitrile is the perfect choice for latex allergies, medical exams, and food handling.

2. How They Fit

Latex gloves are available in a variety of sizes, so their fit is somewhat customizable. That said, the material is non-conforming. Regardless of wear duration, latex gloves will never fully mold to your hand.

Latex has no sizing memory feature. As a result, many cleanroom operators and other types of disposable glove wearers find latex to be less than ideal in terms of comfort.

Now:

Let’s say we have a nitrile glove on the other hand (literally and figuratively). It will actually form to the wearer, thanks to its unique memory membrane. Unlike latex.

The result is a more comfortable fit. And with reduced slipping, sticking, or other nuisances typically caused by latex gloves. Nitrile may also protect against hand fatigue.

3. Level Of Protection Provided

Nitrile gloves offers superior puncture protection
Nitrile gloves offers superior puncture protection

With a proper fit, latex can be fairly durable. It’s highly resistant against alkalis, acids, ketones, alcohols, and other types of contaminants.

Nitrile is more puncture resistant:

Latex does little to protect the skin in contrast with the puncture resistance achieved by nitrile gloves.

Whereas latex can rupture when used too roughly or by snagging on a piece of equipment. Nitrile is more durable and thus achieves a higher level of barrier protection.

In applications where operator safety could be a concern, nitrile is a top-notch choice.

As you can see, nitrile tends to outperform latex in many key areas.

Latex gloves are still an affordable and feasible option for some applications, including certain industrial settings.

Yet, for applications in which users may come into contact with puncture risks or harsh chemicals, opting for nitrile’s added protection will provide greater peace of mind. And it’s also a necessary step if you have employees with latex allergies.

Browse and learn about all of options of latex gloves and nitrile disposable gloves in our store.

Hand Injuries & Prevention

Hand Injuries & Prevention

How to Prevent Hand Injuries

cut hazard, cut resistant gloves

The U.S. Bureau of Labor and Statistics (BLS) reports that hand injuries are the second most work-related injury, resulting in over a million emergency room visits in a year. Hand injuries can range from simple to very serious, taking its toll not only on a workers’ well-being but also on the company’s reputation.

Some examples of the most common types of hand injuries:

Cut Resistant Gloves
Lacerations (63%)

Skin cuts or lacerations have the highest occurrence of traumatic hand injuries in the workplace due to the use of cutting tools such as knives, razors and power tools. The damage due from a laceration can range from a simple skin cut to more serious injuries such as severed nerves, tendons and even limbs.

Crush Injuries (13%)

High pressured machines and other tools used to pound, squeeze, or pulverize objects in the workplace can cause accidental crush injuries to the hands. This type of hand injury results in seriously fractured bones, which could also affect nerves, leading to temporary or permanent paralysis.

Punctures (6%)

Hand puncture injury can be caused by using sharp and pointed tools such as knives, wires and nails. It can cause serious damage to a nerve or bone and even cause infection if left untreated.

Prevent Hand Injuries: What to do?

Cut Resistant Gloves

Workers who are exposed to the use of machinery and mechanisms on a daily basis are susceptible to hand injuries. This is why it is essential to minimize the occurrence or damage caused by on-the-job hazards.

Wear the Right Hand Protection

Cut Resistant Gloves
Wearing protective gear can lessen the risk of getting your hands injured. All you have to do is to select the proper type of gloves according to specific needs.

 
If you are working in a construction industry, opt for gloves that are made with leathers (leather work gloves) or polymers which can protect your hands from abrasive materials such as wood or metal splinters.

 
If you are handling chemicals, it is best to opt for chemical resistant gloves to avoid direct contact. These special gloves are usually made of latex, nitrile, neoprene, polyvinyl-chloride, or other polymer materials that can resist corrosive chemical substances.

 
If you use knives or are concerned about lacerations using a cut-resistant glove may prevent cuts. There are different materials these gloves are made of, but the most common would use Kevlar. There are also different ratings of cut-resistant gloves. The higher the rating the more protection you are afforded.

Commit to a Safety Program

Since workplace injuries and accidents among employees can be very costly, it is crucial for employers to ensure the health and safety of their workforce.

 
Thus, safety programs must be initiated by companies since most employees have very minimal awareness about why such training is vital, e.g. proper wear and care of hand protections.

 
Not only will it educate employees about working safely but it will also help prevent injuries in the workplace.