missing translation for 'onlineSavingsMsg'
Learn More
  1. Home
  2. Products
  3. Personal Protective Equipment
  4. Gloves
  5. Exam Gloves
  6. SW Sustainability Solutions PowerForm PF-95TL Sustainable Nitrile Exam Gloves

SW Sustainability Solutions PowerForm PF-95TL Sustainable Nitrile Exam Gloves
GREENER_CHOICE

Catalog No. 17000749
Change view
Click to view available options
Size:
X-Small
Small
Medium
Large
X-Large
Catalog No. Size
17000749 X-Small
17441000 Small
17441001 Medium
17441002 Large
17441003 X-Large
5 options

Catalog No. 17000749

Supplier: SW Sustainability Solutions N200361

Only null left

Description

Versatile sustainable 5.8 mil gloves combine maximum comfort and control with high-quality construction and high-performance protection.

  • EcoTek™ Sustainable Technology
  • Fully textured for wet and dry grip
  • Touch-screen compatible
  • Silicone-free for critical environments
  • Optimal thickness for durability and tactile sensitivity
  • Tear-resistant beaded cuff eases donning
  • 1.5 AQL exceeds laboratory standards

Specifications

Certifications/Compliance ASTM D6319-19, ASTM D6978-05 (2019), ASTM F1671-13, ASTM F739-12
Certifications/Compliance (Europe) EN ISO 21420:2020, EN 455-2000-2015, Reach EU 1907/2006, EU 2016/425
Chemotherapeutic Rated No
Chlorinated Yes
Accelerator Free No
Applications Laboratory, Industrial
AQL 1.5
Color Teal
Disposable Single-use
Exterior Finish Fingertip Textured
Finger Thickness (English) 5.8 mil
Finger Thickness (Metric) 0.15 mm
Latex Free Yes
Material Nitrile
Palm Thickness (English) 5 mil
Palm Thickness (Metric) 0.13 mm
Powdered Powder Free
Product Type Nitrile Examination Glove
Size X-Small
Sterility Non-sterile
Thickness (English) 5 mil
Thickness (Metric) 0.13 mm
Model N200362
Series PF-95TL
Tensile Strength 21 MPa
Length (English) 9.5 in.
Length (Metric) 24.13 cm
Show More Show Less

*EcoTek gloves tested to ASTM D5526-12 Standard Test Method for Determining Anaerobic Biodegradation of Plastic Materials Under Accelerated Landfill Conditions. Results are 92.6% biodegradation in 60% solids landfill at 945 days. Future results cannot be predicted/extrapolated.