Halyard Purple Nitrile Gloves Powder-Free Disposable Medical Exam Gloves - Small (9.5") 5.9 mil Thick - Case of 1000 - Ideal for Dental, Chemo Protection & Healthcare Professionals

Maximum Protection for All Risks - PURPLE NITRILE* Exam Gloves are frequently the glove of choice for healthcare workers who need outstanding barrier protection from bacteria viruses and chemicals during procedures where risk of fluid exposure is moderate to high. PURPLE NITRILE* Exam Gloves offer the highest level of chemotherapy protection available in HALYARD*'s line of nitrile exam gloves. These durable gloves are available in 9.5- and 12-inch lengths for maximum coverage and protection. PURPLE NITRILE* Exam Gloves are especially appropriate in dealing with unknown risks. Trusted Performance - Healthcare professionals in the ER ICU Lab and Oncology Units of acute care facilities as well as EMS staff Dental clinicians and Cancer Center specialists all rely on PURPLE NITRILE* brand of exam gloves. When they see that unique purple color clinicians know they have protection they can trust and that gives them the confidence to provide the best care to every patient. - Tested Against 52 Chemotherapy Drugs. PURPLE NITRILE* Exam Gloves are an excellent choice for protection against chemical exposure. They have been tested against 52 chemotherapy drugs in accordance with ASTM D6978 as well as common chemicals found in the healthcare environment in accordance with ASTM F739. Quality Standards - PURPLE NITRILE* Exam Gloves have an AQL of 1.0 for critical defects. This means that PURPLE NITRILE* Exam Gloves are significantly less likely to have critical defects than exam gloves that just meet the ASTM 2.5 AQL requirement. Meets or exceeds ASTM D6319 - Standard Specification for Nitrile Examination Glove for Medical Applications. Meets or exceeds biocompatible 10993 studies for systemic toxicity irritation and sensitization endpoints. Passes Viral Penetration Testing - ASTM F1671 - 07 Standard Test Method for Resistance of Materials Used in Protective Clothing to Penetration by Blood-Borne Pathogens Using Phi-X174 Bacteriophage Penetration as a Test System