Let us look into the characteristics of disposable gloves

Latex vs Nitrile vs Vinyl gloves – what are the differences between these types of gloves?

30-Second Quick Selection Guide: Which Glove Suits Your Needs?

Before diving into the science, here is a quick guide to help you choose the best disposable gloves for your specific situation. Whether you are a mechanic, a chef, or a surgeon, selecting the right material is crucial.

What are nitrile disposable gloves? (The Science of Synthetic Rubber)

Nitrile gloves are made from a synthetic rubber technically known as acrylonitrile-butadiene rubber (or nitrile butadiene). Unlike natural rubber, they are produced through a process called copolymerization, creating a molecular bond that is exceptionally strong. They are available in a variety of sizes and thicknesses.

Crucially, nitrile gloves are usually 100% latex-free, making them the safest choice for people with latex allergies. Nitrile disposable gloves can be used in a variety of settings such as hospitals, construction sites, and chemical labs. They are made out of synthetic nitrile material alluded to mimic latex and provide a thinner feel to your hands. High-quality disposable nitrile gloves are slowly becoming the standard pick-up at supermarkets due to their hypoallergenic quality and versatility.

Advantages of nitrile gloves

Some benefits of nitrile gloves include:

• Hypoallergenic – This is especially important for individuals who are allergic to latex.
• Puncture resistance – It is safe to use in construction sites when lifting heavy objects.
• Chemical resistance – Provides adequate protection in chemical labs when handling hazardous acids, oils, etc.
• Transmission – They can help prevent transmission of COVID-19 due to their dense material.
• Long shelf life – They are economical and last longer than most other types.

Disadvantages of nitrile gloves

Some cons of using nitrile gloves include:

• Costly – They cost more than normal gloves. On average, it cost $32 per box; whereas pre-pandemic they were only $3 per box.
• Scarcity – Production of nitrile gloves has decreased while demand has significantly increased. The market is anticipated to grow 13.1% from 2022 to 2027.
• Less sensitivity – It provide little to no touch sensitivity.

How to pick the right gloves: Size, Thickness & Colors

There are 3 key factors to consider when selecting the right gloves (especially NBR gloves) for your needs:

Understanding Nitrile Glove Sizes

When choosing the right gloves for you, the size is important and you must avoid the problem of making them too tight or too loose. If the gloves are too tight, it will affect the dexterity and comfort of the hand; on the other hand, if the gloves are too loose, it will not provide sufficient protection. Therefore, when choosing gloves, you should consider the size of your hands. We will use the following five sizes XS, S, M, L, XL:

Sizing Chart & How to Measure

To ensure the perfect Fit and Comfort, you must measure your hand correctly. A poor fit affects tactile sensitivity (how well you feel objects) and grip.

• How to measure: Use a tape measure to find the width of your palm at its widest point.
• Texture Matters: Look for gloves with Textured fingertips. This surface treatment improves grip in wet conditions. Some gloves undergo chlorination to make them smoother and easier to don, though this can slightly alter the glove thickness and feel. Touch sensitivity is crucial for delicate tasks.

Thickness (Mil) & Durability

It is important to choose a glove thickness (often measured in mil) that is appropriate for the application and working environment. When handling hazardous chemicals or substances, gloves with increased thickness (heavy duty) should be selected to provide better protection. This ensures that the hands are more effectively protected from the adhesive bonding required during the work process.

Powdered vs. Powder-Free Gloves: Which Should You Choose?

When selecting gloves, you will often see the option for “powdered” or “powder-free.”

• Powdered gloves: These are coated with cornstarch to make them easier to put on (don) and to absorb perspiration. However, the powder can be messy and may carry latex proteins into the air, causing respiratory allergic reactions.
• Powder-Free: Most modern medical and food industries prefer powder-free options to avoid contamination and allergies. Unless you have a specific industrial need for Powdered gloves, powder-free is generally the safer, cleaner choice.

Color Coding: Why Color Matters

Selecting a glove color is not just about aesthetics; it meets industry requirements.

• Blue Gloves: Standard in the food industry (especially nitrile vs vinyl gloves for food) because blue contrasts with most foods, making it easy to spot if a piece of glove tears off.
• Black Nitrile Gloves: The top choice for mechanics and automotive work. They hide grease, oil, and grime, maintaining a professional appearance.
• White/Clear: Common in medical and cleaning settings to easily see contaminants on the glove surface.

Understanding Glove Standards: ASTM, EN, and FDA

Checklist: Is it Medical Grade or Industrial?

Before buying for healthcare or invasive procedures, check the box for these specific indicators.

• Look for “Exam” or “Medical”: The box must explicitly state “Examination Gloves” or “Medical Grade.”
• Check the AQL Score:
  • Medical Grade: Must have an AQL of 2.5 or lower (fewer pinholes allowed).
  • Industrial Grade: Usually has an AQL of 4.0 or higher (more pinholes allowed).
• FDA Compliance: Look for the FDA 510(k) clearance number for medical use.
• Chemo Rating: If handling chemotherapy drugs, ensure the box says “Chemo Rated” (usually Nitrile).
• Powder Warning: Medical gloves in the US are predominantly Powder-Free to prevent wound contamination.

For professional buyers in medical applications and industrial applications, understanding certifications is critical. Not all gloves are created equal, and medical-grade gloves must meet strict Glove Products standards to ensure safety.

• Medical Standards:
  • ASTM D6319: Standard for Nitrile Examination Gloves.
  • ASTM D3578: Standard for Latex Examination Gloves.
  • EN 455: European standard focusing on freedom from holes and biological contaminants.
  • FDA 510(k): Clearance required for medical-grade gloves to be sold in the US.
• Safety & Protection:
  • EN 374: Measures protection against dangerous chemicals and microorganisms. This certifies the glove’s barrier properties against microbial contamination and biological contaminants.
  • Mechanical Resistance: Industrial gloves are often tested for resistance to abrasion and tearing.
• Food Safety:
  • FDA Food Code: Guidelines for food handling safety.
  • EN 1186: European standard for materials in contact with food.

Nitrile Gloves (NBR Gloves) Features

Applicable Occasions & Industry Recommendations

Nitrile gloves (NBR gloves) and their counterparts are suitable for the following occasions:

Medical & Labs: Nitrile Glove Performance Guide

In the healthcare and research sectors, Nitrile gloves serve as an essential guardian’s tool. These gloves provide a high-performance barrier that protects healthcare providers from biological and chemical hazards while ensuring patient safety through rigorous quality standards.

1. The Advantages of Nitrile Gloves

• Medical-Grade Reliability: Specifically tested to meet FDA Acceptable Quality Level (AQL) standards, distinguishing them from standard industrial gloves.

• Absolute Pathogen Barrier: Provides a trusted shield against bloodborne pathogens, body fluids, and harmful microbes in high-risk environments.

• Chemical Lab Resistance: Capable of withstanding exposure to various lab reagents and harmful substances during testing and research.

• Allergy-Safe Protection: A latex-free solution that eliminates the risk of natural rubber latex allergies for both practitioners and patients.

2. Applications in Medical & Labs

Nitrile gloves are fundamental for maintaining safety in clinical and scientific settings:

• Routine Medical Procedures: Daily examinations, diagnostic tests, and patient care.

• Laboratory Research: Handling chemical samples and conducting sensitive biological experiments.

• Invasive Procedures: Only Sterile Nitrile Surgical Gloves are used for internal/surgical applications to prevent infection.

• Emergency Response: Rapid protection for first responders dealing with unknown biological fluids.

Chemical Industry: Nitrile Glove Performance Guide

In the industrial sector, Nitrile gloves are the premier choice for handling hazardous substances. They provide a high-performance barrier that outperforms materials like Vinyl, especially when dealing with oils, greases, and corrosive agents.

1. The Advantages of Nitrile Gloves

• Superior Chemical Resistance: Engineered to withstand corrosion from specific laboratory chemicals (such as ethanol, formaldehyde, and weak acids).

• Advanced Oil & Grease Shield: Provides a reliable protective barrier against petroleum-based products and industrial lubricants.

• Puncture & Tear Protection: High mechanical strength ensures safety when handling industrial tools and raw materials in high-risk environments.

• Worker Health & Safety: Drastically reduces the risk of hazardous exposure and skin contact with irritants, ensuring long-term workplace safety.

2. Applications in Chemical Industry

Nitrile gloves are essential across various high-stakes industrial environments:

• Industrial Manufacturing: Protection during heavy-duty production and assembly.

• Chemical Treatment: Safe handling and processing of hazardous liquid or solid chemicals.

• Laboratory & Research: Reliable protection for precise monitoring and testing.

• Painting & Coating: Resistant to solvents and resins used in industrial finishing work.

Food Industry: Nitrile Glove Advantage Guide

In food processing and catering, choosing the right glove is not just about protection—it’s about upholding food safety standards. Compared to traditional Vinyl gloves, Nitrile gloves have become the industry gold standard due to their superior physical properties.

1. The Advantages of Nitrile Gloves

• Superior Oil Resistance: Provides exceptional protection against animal fats and various oils, preventing material degradation or permeation.

• Excellent Barrier Properties: Effectively isolates bacteria and contaminants from food, significantly reducing the risk of cross-contamination.

• High Physical Strength: Offers superior puncture and tear resistance, minimizing the risk of glove fragments entering the food supply chain.

• Non-toxic & Odorless: Ensures food maintains its original flavor and remains free from chemical migration or harmful substances.

2. Applications in Food Industry

Nitrile gloves play a vital role across the entire food supply chain:

• Food Processing & Packaging: For production lines or manual ingredient handling.

• Catering Services: For kitchen preparation and handling ready-to-eat foods.

• Hospitality: For plating, table service, and in-room dining.

Cleaning Industry: Nitrile Glove Performance Guide

In the professional cleaning and disinfection sector, Nitrile gloves are the gold standard for protecting frontline workers. They offer a high-performance barrier that balances safety with the durability required for intensive labor.

1. The Advantages of Nitrile Gloves

• Superior Chemical Defense: Effectively isolates hands from harsh detergents, bleaches, and chemical solvents, significantly reducing the risk of dermatitis or chemical burns.

• Rugged Durability: Engineered with high puncture and abrasion resistance, providing a reliable shield when handling sharp waste or scrubbing rough surfaces.

• Enhanced Operational Efficiency: The superior fit and textured grip allow cleaners to handle tools securely in wet conditions, improving overall cleaning quality.

• Non-Irritating Protection: Being latex-free, they provide a safe alternative for workers with sensitive skin while maintaining a professional hygienic barrier.

2. Applications in Cleaning Industry

Nitrile gloves empower workers to perform high-intensity tasks with peace of mind:

• Sanitization & Disinfection: Safe handling of potent sanitizing agents.

• Industrial Washing: Protection during prolonged exposure to water and surfactants.

• Waste Management: Robust shielding against biohazards and sharp debris during disposal.

• Facility Maintenance: Essential for maintaining hygiene standards in hospitals, schools, and offices.

What are latex glove? (Natural Origin)

One of the most commonly used ones is latex gloves. They are created using natural rubber latex (or natural latex) derived from rubber tree sap. This makes them a more biodegradable option compared to synthetics. Although 26 million Americans are allergic to latex, it holds the leading sales market for the most resistant and strong sensitivity.

Is “Rubber” the Same as “Latex”? Decoding the Terminology

Many users ask “is rubber the same as latex?” or “difference between latex and rubber.”

• Rubber is a broad umbrella term.
• Latex refers specifically to Natural Rubber Latex (from trees).
• Nitrile is a type of Synthetic Rubber (man-made).

So, when you see “synthetic rubber gloves” or “types of rubber gloves,” know that Nitrile and Latex are both rubber, but their origins are different. Nitrile is the safe choice if you need rubber gloves but have a latex allergy.

Advantages of latex gloves:

• Strong sensitivity (Tactile) – The lightweight yet strong material of latex makes it effortlessly tangible, offering higher sensitivity (“second-skin feel”).
• Eco-friendly – Because of its origination from rubber trees, natural latex gloves can be biodegradable or even put into compost as an easy recycling method.
• Highly resistant – Thick rubber skin offers extreme protection against spills, scrapes, and cuts.

Disadvantages of latex gloves:

• Highly allergic – According to the CDC, between 1–6% of the general American population suffer from latex allergies.
• Low chemical resistance – In the event of a chemical spill or handling organic solvents, latex has little resistance. Thus, it is more difficult to utilize Latex gloves in a safe manner.
• Little to no flaw detection – It is hard to detect punctures or tears on latex because of its advertised sturdy material.

Nitrile vs Latex gloves: The Comparison

Nitrile and latex gloves are both made of rubber (one synthetic, one natural) and are designed to protect against infectious materials. However, there are some differences:

1. Material: Nitrile gloves are made of a synthetic rubber called nitrile, while latex gloves are made of natural rubber.
2. Allergies: Some people are allergic to natural rubber latex. Nitrile gloves are a good alternative for people with latex allergies.
3. Strength: Nitrile gloves are generally stronger and more durable than latex gloves. They are also more puncture-resistant.
4. Chemical resistance: Nitrile gloves are more resistant to a wider range of chemicals than latex gloves.
5. Fit: Nitrile gloves are often more form-fitting and provide a closer fit than latex gloves, which can be more loose and may cause hand fatigue during extended use.
6. Cost: Nitrile gloves may be more expensive than latex gloves.

Sustainability: Biodegradability vs. Recyclability

As we move into 2026, environmental impact is a top priority.

• Latex: Being plant-based, natural rubber is biodegradable and eco-friendly.
• Nitrile: Standard synthetic nitrile rubber takes decades to degrade. However, new biodegradable nitrile technology is emerging.
• Vinyl: Made from petroleum-based film, these are the least sustainable.
  If sustainability is your goal, look for “Green” certifications or responsible recycling programs.

Comfort & Allergy Showdown: The Importance of Latex-Free

Why is latex-free such a buzzword? Latex allergies (Type I) can cause severe reactions ranging from hives to anaphylaxis. This is why nitrile gloves are latex-free; they contain no natural rubber latex proteins.

However, users should also be aware of IV type hypersensitivity reactions (delayed contact allergies), often caused by chemical accelerators used in manufacturing. Allergen Safety is critical: modern soft nitrile gloves are often accelerator-free and hypoallergenic.

Overall, both nitrile and latex gloves can be effective in preventing the transmission of infectious materials. The best choice for you will depend on your specific needs and any allergies you may have.

What are vinyl gloves? (The Budget Option)

Vinyl gloves are low-priced, easily replaceable gloves situated for fast workforces such as restaurants. They are produced from a petroleum-based material called **PVC (polyvinyl chloride)**, which is easy to source. It offers the least amount of protection and frames itself as a convenience in terms of money and accessibility. In simple words, they are less durable than the others.

Advantages of Vinyl gloves:

• Non-allergic – Scraping off the necessity of having latex, vinyl gloves are latex-free. This makes vinyl gloves an easy and inclusive option for everyone.
• Cost-effective – Vinyl gloves are cheap and offered at a low market price for their quality. They are mostly used for food industry.
• Readily available – They are easier to mass produce because they cost fewer materials and resources; assuring that they are always in stock.

Disadvantages of vinyl gloves:

• Not eco-friendly – When petroleum breaks down, the leachate remains on top of the water, and this causes disruption in aquatic life.
• Low pathogen resistance – Due to its thin and cheap material, vinyl gloves are hazardous to use in medical and chemical lab situations.
• Under protective – When vinyl gloves undergo pressure, such as stretching or pulling, the integrity of the gloves is reduced and can underperform.

The “Phthalate” Concern: Is Vinyl Safe?

There is a common concern regarding vinyl gloves toxicity due to phthalates (plasticizers in polyvinyl chloride petroleum-based film).

• Chemical Handling: Vinyl has poor resistance and should not be used for chemical handling.
• Food Contamination: Phthalates can leach into fatty foods. For Food Safety, look for “Phthalate-Free” labels or switch to Nitrile to avoid food contamination.

Beyond the Big Three: Poly, TPE, & Hybrid Gloves (Budget Alternatives)

While Nitrile, Latex, and Vinyl are the main contenders, the glove market offers even more economical solutions for specific, low-risk tasks.

Understanding the Differences (Poly, CPE, TPE)

• Poly Gloves (PE): Made from polyethylene, these are the ultra-thin, loose-fitting gloves often seen in sandwich shops. They are extremely cheap and ideal for very short-term tasks requiring frequent changes.
• CPE Gloves (Cast Polyethylene): A step up from standard poly, CPE Gloves have a textured surface for better grip and are slightly more durable, making them a bridge between Poly and Vinyl.
• TPE Gloves (Thermoplastic Elastomer): These heat-activated gloves mold slightly to the hand, offering a better fit than Poly or Vinyl. TPE Gloves are a growing trend for those seeking a cost-effective, non-toxic alternative for food handling.
• Hybrid Gloves: Usually a blend of Vinyl and Nitrile. Hybrid Gloves attempt to offer the strength of nitrile at a price point closer to vinyl, making them excellent for general cleaning or food service.

When should I use nitrile, latex, or vinyl gloves? 

• Nitrile gloves are made of synthetic rubber that is resistant to chemicals. They are a good choice for people who have latex allergies, and they provide good protection against infection.
• Latex gloves are made of natural rubber and provide good protection against viruses and bacteria. However, they can cause allergic reactions in some people, and they are not as durable as nitrile or vinyl gloves.
• Vinyl gloves are the least expensive glove, but they provide the least protection against infection. They are a good choice for short-term use, such as when cleaning up after a sick person.

Nitrile glove:

1. Hospitals because of their medical-grade and FDA-approved strength test.
2. Industrial setting or a construction site due to their durability.

Latex glove:

1. Operation theater because of high touch sensitivity.
2. Chemical labs due to their rigid material and low chemical transmission rate.

Vinyl glove:

1. Handling and serving food in order to prevent the transfer of bacteria onto food.
2. Light tasks such as painting, cooking, and cleaning.

Nitrile vs Latex Gloves

Nitrile gloves are also more resistant to chemicals and punctures. Latex gloves are more elastic than nitrile gloves. However, some people are allergic to the latax gloves  

Why would someone choose nitrile over latex? Allergy is key!

While nitrile and latex gloves are both commonly used, sometimes you might still want to choose nitrile over latex. That is because people with latex allergies may develop hives, swelling, or rashes when in contact with latex gloves. According to the Asthma and Allergy Foundation of America, between 8 to 17% of healthcare workers and those who regularly use latex gloves are allergic to latex. In contrast, nitrile gloves are much more skin-friendly. According to the FDA, gloves made from synthetic materials such as polyvinyl chloride, nitrile, or polyurethane are also safer for those with latex allergies.

Key Performance PK: Chemical Resistance & Cost Analysis

Quick Chemical Resistance Cheat Sheet

Not all rubber protects against all liquids. Use this guide to avoid glove degradation during critical tasks.

When making a bulk purchase decision, two factors often weigh heavily: protection level and budget.

Chemical & Puncture Resistance

If your work involves harsh chemicals, chemical resistance is paramount.

• Acids & Oils: Nitrile offers superior protection against oils, fuels, and weak acids compared to latex. Vinyl offers very poor chemical protection.
• Neoprene & Butyl Alternatives: For extremely harsh chemicals where nitrile fails, neoprene vs nitrile gloves or butyl rubber gloves are the next step up, though they are significantly more expensive.
• Puncture Strength: Nitrile is the strongest disposable glove option for physical hazards. It is up to 3 to 5 times more puncture-resistant than latex.

Cost vs. Value: Are Cheap Gloves Worth It?

Price vs. Performance: The “Real” Cost

Buying the cheapest box often leads to higher costs due to frequent breakage.

While vinyl gloves are the “cheap disposable gloves” option, they may end up costing more in the long run due to high breakage rates (ripping easily).

• Cost Effective: For high-stakes environments, Nitrile offers the best “Total Cost of Ownership” because you use fewer gloves per shift.
• Wholesale & Bulk Buy: Buying wholesale nitrile gloves can significantly lower the price per unit, making them competitive with latex.

Safety Alert: Can Gloves Protect Against Electricity?

We often receive questions like “do nitrile gloves protect against electricity?” or “is latex an insulator?”

The answer is NO.

• Not for Electrical Work: Standard disposable nitrile, latex, or vinyl gloves are NOT electrical insulators. They are too thin and are not tested for dielectric properties.
• Risk of Shock: Can latex gloves protect you from electricity? No. Using them for live electrical work can lead to severe injury or death.
• Correct Gear: For electrical work, you must use designated “Electrical Insulating Gloves” (usually thick rubber) that meet ASTM D120 standards. Are nitrile gloves good for electrical work? Absolutely not.

Correct Way to Don and Doff Disposable Gloves

Even the best gloves fail if hygiene protocols are ignored. Improper removal can lead to cross-contamination and transmission of microbes.

• Donning (Putting on): Ensure sanitation by washing hands first. Check single-use gloves for rips.
• Doffing (Taking off):
  1. Pinch the outside of one glove near the wrist (avoid touching the skin).
  2. Peel it off, turning it inside out.
  3. Slide an un-gloved finger under the wrist of the remaining glove (“beaking” method).
  4. Peel it off inside out over the first glove.
• Disposal: This protects the user and others, especially in caregiving responsibilities.
  

Proper Glove Storage & Shelf Life Guide

Proper storage impacts the sale and usability of gloves.

• Factors: Polymer coating and manufacturing process affect longevity.
• Storage: Keep cool and dry to prevent degradation.
• Disposal & Recycling: While disposal is standard for biohazards, clean nitrile gloves may have recycling options in specific distribution channels.
• Shelf Life: Nitrile (5 years), Latex (3 years), Vinyl (2-3 years).

Frequently Asked Questions (FAQ)

Here are answers to the most common questions about disposable gloves in 2026:

Q: Can you flush latex gloves?

A: No. You should never flush gloves down the toilet. Neither latex nor nitrile breaks down fast enough, and they will clog pipes and damage septic systems.

Q: Can you cook with vinyl gloves? Are they toxic?

A: Yes, you can cook with them. Vinyl gloves are food-safe for low-heat tasks. They are not toxic, but they are not recommended for handling fatty meats as the fats can degrade the glove material. For light tasks like sandwich prep, Poly Gloves are a cheaper alternative.

Q: Are nitrile gloves biodegradable?

A: Standard nitrile gloves are not biodegradable. However, new “eco-friendly” nitrile technologies are emerging. Natural latex is the only fully biodegradable option.

Q: Can I use latex gloves to dye my hair?

A: It is not recommended. Hair dye chemicals can seep through latex. Nitrile gloves for hair dye are the industry standard for protection.

Q: How long are nitrile gloves good for?

A: Nitrile gloves have a long shelf life, typically up to 5 years if stored properly (cool, dry place away from sunlight).

Q: Are nitrile gloves flammable?

A: Yes. Nitrile is a synthetic rubber product and is flammable. Do not use these gloves near open flames or high-heat sources.

Q: Can you wash nitrile gloves?

A: Disposable gloves are designed for single use. Washing them with soap or water can degrade the material barrier, making them unsafe.

In conclusion

Nitrile – Most popular form of gloves is used for the highest rate of safety and durability. They are reliable for the most hazardous tasks such as transporting chemicals to perform heart surgery in a hospital. Their durability and synthetic rubber make them a top-of-the-line glove for heavy work.

Latex – It is a neck-to-neck competition between latex and nitrile gloves, but latex gloves make their mark as a leading contender because of their high sensitivity and eco-friendly material. Thus, they are the most popular in medical care and food services.

Vinyl – Stacked on shelves for its mass production ability, vinyl gloves are the go-to for individuals satisfied with minimum features. Vinyl offers lower-scale protection for professionals looking to save a couple of extra dollars and perform light-duty tasks such as painting a fence or cleaning the kitchen.

If you are interested in learning more about the certification requirements of medical gloves, make sure to read the regulations and certifications for medical gloves.

Citations

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3. Constantine K Saadeh, M. D. (2021, April 28). Latex allergy. Background, Pathophysiology, Epidemiology. Retrieved September 22, 2021, from https://emedicine.medscape.com/article/756632-overview.
4. The development of nitrile gloves. Health and Safety International. (2021, July 7). Retrieved September 22, 2021, from https://www.hsimagazine.com/article/the-development-of-nitrile-gloves-144/.
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7. Nitrile and latex gloves. Parish Cleaning. (n.d.). Retrieved September 22, 2021, from https://www.parish-supply.com/nitrile-and-latex-defined.aspx.
8. Project, T. C. R. (2021, July 16). The climate crisis IN 2021: 5 key facts to know. Climate Reality. Retrieved September 22, 2021, from https://www.climaterealityproject.org/blog/climate-crisis-2021-5-key-facts-know.
9. Richard, N. (2017, August 8). Everything you need to know about vinyl gloves. GloveNation. Retrieved September 22, 2021, from https://glovenation.com/blogs/default-blog/blog-everything-you-need-to-know-about-vinyl-gloves.
10. Tognini, G. (2021, September 9). Billionaires making ‘BOATLOADS of money’ FROM Once-Cheap Medical gloves. Forbes. Retrieved September 22, 2021, from https://www.forbes.com/sites/giacomotognini/2021/02/11/billionaires-making-boatloads-of-money-from-once-cheap-medical-gloves/?sh=4d9c69f661c1.
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