Synthetic|Sterile

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX PI SURGICAL GLOVES

Powder-free and made from synthetic polyisoprene. Delivers all the performance characteristics of natural rubber latex without the risk of natural rubber latex sensitization. Light green in color for instant identification as a natural rubber latex-free glove, which helps to reduce confusion and risk to both healthcare workers and patients with sensitive skin. Has been tested and passed the viral penetration according to ASTM F1671 and F1670. Features patent-pending SureFit Technology. Provides surgeons, nurses and other healthcare professionals with superior protection during operating room procedures. Safe for latex-sensitive (Type I) healthcare professionals and patients. Proprietary polyurethane inner coating will not break down. It is resistant to alcohol-based hand disinfectants. Enhanced polymer coating allows easy dry- and damp-hand donning. Design and thickness allow for easy and comfortable double-gloving. Produced on new, ergonomically-designed formers to enhance fit and comfort, and to reduce hand fatigue and stress. Anti-slip smooth finish prevents slippage.

ANSELL GAMMEX® NON-LATEX POWDER-FREE STERILE NEOPRENE SURGICAL GLOVES

Formulated with neoprene to prevent latex reactions in both users and patients. Powder-free to reduce risk of wound contamination. Excellent for various surgical procedures which could induce natural rubber sensitivity. Superior resistance to glove swelling during procedures. Resistant to ozone, allowing greater storage stability. Green. 11 1/2” glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

ANSELL MICRO-TOUCH® NITRATEX® STERILE EXAM GLOVES

This nitrile glove features an extended cuff and textured fingertips, providing superior barrier protection and grip in a sterile, latex-free exam glove.

HALYARD PURPLE NITRILE-XTRA™ STERILE EXAM GLOVES

The 12" gloves are for high-risk clinical settings where extra protective coverage is required to guard against bloodborne pathogens or infectious liquids. The material has been tested with 10 chemotherapy drugs to determine permeation and breakthrough times.

HALYARD PURPLE NITRILE-XTRA™ STERILE EXAM GLOVES

The 12" gloves are for high-risk clinical settings where extra protective coverage is required to guard against bloodborne pathogens or infectious liquids. The material has been tested with 10 chemotherapy drugs to determine permeation and breakthrough times.

HALYARD PURPLE NITRILE-XTRA™ STERILE EXAM GLOVES

The 12" gloves are for high-risk clinical settings where extra protective coverage is required to guard against bloodborne pathogens or infectious liquids. The material has been tested with 10 chemotherapy drugs to determine permeation and breakthrough times.

HALYARD PURPLE NITRILE-XTRA™ STERILE EXAM GLOVES

The 12" gloves are for high-risk clinical settings where extra protective coverage is required to guard against bloodborne pathogens or infectious liquids. The material has been tested with 10 chemotherapy drugs to determine permeation and breakthrough times.

HALYARD PURPLE NITRILE-XTRA™ STERILE EXAM GLOVES

The 12" gloves are for high-risk clinical settings where extra protective coverage is required to guard against bloodborne pathogens or infectious liquids. The material has been tested with 10 chemotherapy drugs to determine permeation and breakthrough times.