PF-065-095-NRG/ECO/BAL-GR/WT

PF-065-095-NRG/ECO/BAL-GR/WT

(NEW)
Nitrile Exam Gloves with EnerGel™, EcoTek® and Breach Alert™

  • Comp CE 0493
  • Comp EN-374-1-and-EN374-5
  • Comp EN Food
  • SHA Approved-02
  • EnerGel hand rejuvenating technology for comfort and hand health
  • Breach Alert dual-layer provides extra durability and safety
  • EcoTek technology breaks down in landfills in less time
  • Fentanyl and gastric acid resistant for 4+ hours

Description

Experience EnerGel infused gloves, designed to hydrate skin and protect against long-term glove usage.

Features and Benefits

  • EnerGel™ Hand Conditioning Technology hydrates and soothes skin, proven to prevent many skin ailments
  • EcoTek® Biodegradability Technology accelerates landfill breakdown without any performance loss
  • Breach Alert™ Visual Detection Technology provides durable 2-ply construction and contrasting inner color
  • Proven resistance to fentanyl and gastric acid for over 4 hours to replicate hazardous settings and overdose conditions
  • Fully textured for secure grip
  • Silicone-free for critical environments
  • 1.5 AQL exceeds laboratory standards

Typical Applications

Agriculture
Hydroponics
Assembly
Chemical Handling
Clinical
Laboratory
Liquid Handling
Pharma Production

Product Technologies

EcoTek

Yes

Breach Alert

Yes

EnerGel

Yes

Specifications

Glove Type

Single-Use

Fit Type

Ambidextrous

Grade

Powder-Free Exam

Material

Nitrile

Finger Thickness mil

5.9mil

Finger Thickness mm

0.15mm

Palm Thickness mil

4.9mil

Palm Thickness mm

0.13mm

Cuff Thickness mil

3.75mil

Cuff Thickness mm

0.10mm

Color Outer

Green

Color Inner

White

Surface Outer

Fully Textured

Surface Inner

EnerGel

Length inch

9.5"

Length mm

242mm

Palm Width mm

104mm

Weight in Grams

6.5g

Cuff Type

Beaded

AQL

1.5

Country Origin

China

Industries

Life Science

Yes

Healthcare

Yes

Industrial

Yes

Automotive After Market

Yes

Performance

Tensile Before

18 MPa

Tensile After

18 MPa

Elongation Before

550%

Elongation After

500%

Size Item Number UPC Number Packaging Unit
X-Small N189471 0130616489184714 50/Bx 500/Cs
Small N189472 0130616489184721 50/Bx 500/Cs
Medium N189473 0130616489184738 50/Bx 500/Cs
Large N189474 0130616489184745 50/Bx 500/Cs
X-Large N189475 0130616489184755 50/Bx 500/Cs
2XL N189476 0130616489184769 50/Bx 500/Cs

ANSI-ISEA-105 Chemical Permeation Breakthrough Times

Chemical CAS No. Breakthrough Time (BTT) Average (Minutes) ASTM F739-12 ANSI-ISEA 105 Level Report No.
Sodium Hydroxide 12345 50 2 75
N-Heptane 446-56 >330min 4 57

The data provided is based on gloves tested by an accredited laboratory under conditions in accordance with ASTM F739-12 and reported according to the ANSI-ISEA 105 standard. Data is provided for guidance only and actual user results may vary due to conditions. User should always assess in advance the suitabiliity of gloves for use in specific applications. For more information, call us at +1.510.429.8692 or visit swsafety.com.

EN374-3 Chemical Permeation Breakthrough Times

Chemical CAS No. Breakthrough Time (BTT) Average (Minutes) ASTM F739-12 EN374-3 Level Report No.
N-Heptane 2226-55 22.5 4 77
Sodium Hydroxide 123-456 77.7 6 55

The data provided is based on gloves tested by an accredited laboratory under conditions in accordance with ASTM F739-12 and reported according to the EN374-3 standard. Data is provided for guidance only and actual user results may vary due to conditions. User should always assess in advance the suitabiliity of gloves for use in specific applications. For more information, call us at +1.510.429.8692 or visit swsafety.com.

Product Technologies

Hydrates and rejuvenates hands for all-day comfort. New patented additive clinically proven to improve hand health.

Proprietary nitrile treatment that dramatically accelerates landfill breakdown. Gloves break down 92.6% over 2.5 years without any impact on glove performance.

Dual color, 2-ply construction technology provides immediate visual breach detection. Two distinct polymer layers add durability and dramatically improve safety.