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Trusted Protection For Every Procedure

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Trusted protection for every procedure

A female paramedic in a high-visibility safety vest and eye protection donning black nitrile gloves while preparing to treat a patient inside an ambulance.

Importance of Glove Selection

Choosing the right gloves isn’t just about comfort; it’s about protection. The right material shields you from contamination, chemicals, and injury while improving grip and dexterity for critical tasks. Equip your team with gloves that match the job, because safety starts at your hands.

Find Your Perfect Fit

How to Choose the Right Glove for Your Needs

   Consider the following steps:

  1. Assess the procedure type. High-risk procedures involving blood or bodily fluids require exam or surgical-grade gloves with strong barrier protection.
  2. Check for allergies. Use nitrile or vinyl gloves for patients or staff with latex sensitivities.
  3. Balance sensitivity and durability. Latex provides excellent tactile feel for precision work, while nitrile offers superior puncture and chemical resistance.
  4. Choose the right fit. A proper fit ensures dexterity and reduces hand fatigue during extended use.
  5. Verify compliance. Look for gloves that meet ASTM or FDA standards for medical examination or surgical applications.

Glove Material Comparisons

Nitrile

Strengths

Title

Excellent chemical resistance, high puncture resistance, latex-free (no allergy risk) 

Limitations

Title

May feel slightly stiffer than latex for some users. cost can be higher

Best Case Use

Title

Medical exams, labs, hazardous environments, general-purpose all-rounder

Latex

Strengths

Title

Very flexible and tactile, comfortable fit, good barrier performance 

Limitations

Title

Risk of allergic reaction in some users (latex allergy), lower chemical resistance vs. nitrile

Best Case Use

Title

Precision procedures, surgeries, environments without allergy concerns

Vinyl

Strengths

Title

Most economical, latex-free, and great for low-risk for tasks where basic protection is needed.

Limitations

Title

Lower durability, more prone to tears or leaks, weaker barrier against chemicals and pathogens 

Best Case Use

Title

Food service, low-risk cleaning, administrative tasks, short-duration wear

Why Enhanced Chemical Resistance Matters

  • Helps reduce exposure to chemotherapy drugs, controlled substances, and unknown materials
  • Provides added barrier protection in healthcare, emergency response, and public safety environments
  • Supports safer handling during drug preparation, administration, evidence collection, and overdose response
  • Designed for unpredictable situations where standard gloves may not offer enough protection
  • Promotes confidence and safety without sacrificing comfort or dexterity

Other Design & Performance Features to Watch

When evaluating gloves, design and performance features play an important role in both protection and usability. Elements such as grip, thickness, flexibility, tactile sensitivity, and chemical resistance can impact performance, comfort, and confidence in high-risk environments.

Powder-free vs powdered

Textured fingertips / grip
  • Most medical gloves now come powder-free, which helps reduce contamination, cross-reaction, and irritation.
  • Helps maintain control in wet or slippery conditions, important in clinical or lab settings.

Thickness / mil-level

Beaded cuff / reinforced cuff
  • Thicker gloves offer stronger protection but may reduce sensitivity. Choose a balance that fits your tasks.
  • Helps with durability at the wrist, easier donning and better tear resistance.

Size & fit

Sterile vs non-sterile
  • A proper snug fit is critical, loose gloves can catch or tear, while too tight gloves cause fatigue.
  • Surgical or critical procedures often require sterile gloves, while examination gloves may be non-sterile.

Other Design & Performance Features to Watch

AIRPHX technology is trusted by organizations across industries to provide safer, healthier environments for the people they serve. By continuously killing bacteria, viruses, and other pathogens in the air and on surfaces, AIRPHX helps reduce disinfection costs, lower risks, and maintain fresh, clean-smelling spaces—all at a cost-effective price.

Powder-free vs powdered

  • Most medical gloves now come powder-free, which helps reduce contamination, cross-reaction, and irritation.

Textured fingertips / grip
  • Helps maintain control in wet or slippery conditions, important in clinical or lab settings.

Thickness / mil-level

  • Thicker gloves offer stronger protection but may reduce sensitivity. Choose a balance that fits your tasks.

Beaded cuff / reinforced cuff
  • Helps with durability at the wrist, easier donning and better tear resistance.

Size & fit

  • A proper snug fit is critical, loose gloves can catch or tear, while too tight gloves cause fatigue.

Sterile vs non-sterile

  • Surgical or critical procedures often require sterile gloves, while examination gloves may be non-sterile.

Brands We Trust

Ansell 

Halyard 

Ansell 

SW Sustainability 

Dynarex 

Aurelia 

Ansell 

FAQs

What is the difference between Medical-Grade and Industrial-Grade gloves?

  • Medical-grade gloves (or exam gloves) undergo rigorous FDA testing to ensure high barrier protection against bloodborne pathogens and viral penetration. Industrial-grade gloves are suited for chemicals or general tasks but are not certified for patient care or surgical environments.

When should I choose Nitrile over Latex?

  • Nitrile is the modern standard for medical use because it is 100% latex-free, eliminating the risk of allergic reactions. It also offers superior puncture resistance and better protection against a wider range of chemicals and oils compared to natural rubber latex.

Why are powdered gloves banned in medical settings?

  • The FDA banned powdered gloves in 2017 because the powder can cause severe airway inflammation, hypersensitivity reactions, and surgical complications. All modern medical-grade gloves are now powder-free to ensure the safety of both the wearer and the patient

How do I know if my gloves fit correctly?

  • A proper fit is essential for safety. Gloves that are too tight are prone to ripping and cause hand fatigue, while gloves that are too loose reduce dexterity and increase the risk of contaminants slipping inside. A correct fit should feel snug like a second skin without restricting movement.

What is the shelf life of medical gloves?

  • While many manufacturers don't print expiration dates, most nitrile gloves last up to 5 years and latex up to 3 years if stored correctly. To prevent the material from becoming brittle or weak, gloves should be kept in a cool, dry place away from direct sunlight and heat.

How thick should medical gloves be for emergency use?

  • For medical exams, a thickness of 3 to 5 mil is standard. However, for high-intensity environments like barns or emergency response where you may be handling equipment or moving over rough surfaces, a 5 to 6 mil nitrile glove provides extra tear resistance without losing tactile sensitivity.

AED Professionals: A General Medical Devices, Inc. company

348 W. Colfax Street, Palatine, IL 60067

info@aedprofessionals.com 847-202-3233

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