The Halyard BLACK-FIRE* Nitrile Exam Glove with QUICK CHECK* Breach Detection technology protects you when working with patients, when you need to direct traffic - it can even alert you when there's a dangerous rip or tear.

• Reversible: BLACK-FIRE* has both a black side and a high-visibility orange side you can use when directing traffic or working in low-visibility situations.
• Breach Detection: Proprietary QUICK CHECK* technology lets you quickly spot breaches in protection caused by cuts and tears.
• Contamination Alert: It's easy to identify used contaminated gloves since the opposite color is revealed when a glove is removed.

First responders have to be prepared for any situation. Innovative BLACK-FIRE* gloves from Halyard work right along with you, providing the dual-purpose protection you need in a glove.

Fentanyl Tested with Passing result: no permeation to the glove after 240 minutes of exposure.

Features:

• NFPA 1999-2013 Certified
• Reversible
• Breach Detection
• Beaded Cuff
• Length: 9.5 in.
• Latex free
• Powder free
• Textured fingertips
• Ambidextrous

Specifications:

• Brand: BLACK-FIRE*
• Color: Black/Orange
• Name: BLACK-FIRE* Nitrile Exam Gloves
• Level: N/A
• Dispenser: SMARTPULL*
• Cleared for Use with Chemotherapy Drugs: No
• Expected Exposure to Fluids or Chemicals: Low to High
• Acceptable Quality Level (AQL): Meets or Exceeds
• ASTM D5151 Test Standards: Meets or Exceeds
• ASTM D6319 Test Standards: Meets or Exceeds
• Biocompatibility-ISO Standard for Primary Skin Irritation & Sensitivity: Meets or Exceeds
• Material: Nitrile
• Powder Free: Yes
• Natural Rubber Latex Free: Yes
• Length: 9.5 in.
• Gauge Thickness Palm: .10mm 3.9 mil
• Gauge Thickness Middle Fingertip: .14mm 5.5 mil
• Ultimate Elongation (Before Aging): 650%; After Aging: 550%
• Tensile Strength (Before Aging): 42 MPa; After Aging: 38 MPa
• Specialty Use: EMS
• Texture Status: Textured Fingertips
• Weight: Moderate-Weight

Please note: These gloves do not protect against heat or fire. Do not use in applications involving exposure to fire, flames, or other heat.