Orange® - The universal symbol for caution. Ideal for EMS, police and fire, hazmat functions, spills, etc. This powder-free nitrile synthetic glove has an extended cuff length to provide extra protection in high risk situations. Excellent donning properties in a soft, low modulus formula. Textured, slightly tacky surface for a better grip.
Orange® - The universal symbol for caution. Ideal for EMS, police and fire, hazmat functions, spills, etc. This powder-free nitrile synthetic glove has an extended cuff length to provide extra protection in high risk situations. Excellent donning properties in a soft, low modulus formula. Textured, slightly tacky surface for a better grip.
Orange® - The universal symbol for caution. Ideal for EMS, police and fire, hazmat functions, spills, etc. This powder-free nitrile synthetic glove has an extended cuff length to provide extra protection in high risk situations. Excellent donning properties in a soft, low modulus formula. Textured, slightly tacky surface for a better grip.
Orange® - The universal symbol for caution. Ideal for EMS, police and fire, hazmat functions, spills, etc. This powder-free nitrile synthetic glove has an extended cuff length to provide extra protection in high risk situations. Excellent donning properties in a soft, low modulus formula. Textured, slightly tacky surface for a better grip.
This popular black color masks a variety of stains and is a true medical grade exam glove. Engineered with a medium modulus and a high tensile strength, this glove is first choice for a wide range of end users including law enforcement and corrections. Textured for excellent grip. Black color. Classified by UL in accordance with NFPA 1999 (2013) Ed.
This popular black color masks a variety of stains and is a true medical grade exam glove. Engineered with a medium modulus and a high tensile strength, this glove is first choice for a wide range of end users including law enforcement and corrections. Textured for excellent grip. Black color. Classified by UL in accordance with NFPA 1999 (2013) Ed.