Hourglass, Fortis500 Extended Cuff Nitrile Exam Gloves 6Mil
Hourglass
SKU: 500
Hourglass, Fortis500 Extended Cuff Nitrile Exam Gloves 6Mil
Hourglass
SKU: 500
Regular price
$151.92
$151.92
/
Minimum quantity allowed is .
Maximum quantity allowed is .
The product can be bought in quantity increments of .
Hourglass, Fortis500 Extended Cuff Nitrile Exam Gloves
HandPRO® Fortis500™ Extended Cuff Powder-Free Nitrile Exam Gloves are created from the latest patented LOW DERMA™ technology* accelerator-free nitrile. The glove is thicker than typical exam gloves for increased puncture and abrasion resistance, and features an extended cuff for extra wrist and forearm protection in demanding, high-risk environments.
- Advanced X-Linking Nitrile – Strength you can trust
- Patented LOW DERMA™ Technology Accelerator-Free Nitrile
- FDA Cleared Low Dermatitis Potential claim
- Not made with dithiocarbonates, thiurams or mercaptobenzothiazoles (MBT)
- Thiuram-Free, Carba-Mix Free, Nickel Free
- Manufactured with No Sulfur Added
- Not Made with Natural Rubber Latex – Reduces risk of latex sensitization
- Chemotherapy Drug Permeation Tested – Safe for use with certain chemotherapy drugs
- Fentanyl Citrate Permeation Tested – No breakthrough > 240 minutes
- NFPA1999 Compliant for high risk environments
- Textured Fingertips – Enhanced tactile sensitivity
- Powder-Free – The medical exam glove standard
100 Gloves/Box
10 Boxes/Case
*XXL 90 Box/900 Case
CERTIFICATIONS/ COMPLIANCE |
Meets or exceeds ASTM and FDA requirements. NFPA 1999; ASTM 1671; ASTM 6978; ASTM F739; MDR (EU) 2017/745; PPE (EU) 2016/425, Category III. |
MATERIAL | Accelerator-Free Nitrile |
COLOR | Matte Black |
LENGTH | 10.5" / 260 mm |
CUFF THICKNESS | 0.07 mm / 2.7 mils |
PALM THICKNESS | 0.09 - 0.10 mm / 3.5 - 3.9 mils |
FINGERTIP THICKNESS | 0.13 - 0.14 mm / 5.1 - 5.5 mils |
HAND | Ambidextrous |
TEXTURE | Fingertip-Textured |
POWDER FREE | Yes |
LATEX | Not made with natural rubber latex |
TENSILE STRENGTH | 27 - 33 MPa (after aging) |
ULTIMATE ELONGATION | 600 - 640% (after aging) |
FORCE AT BREAK | 7.5 - 8.2 Newton |