PF-95HO

PF-95HO

(NEW)
Nitrile Exam Gloves with EcoTek®

  • SHA Approved
    SHA Approved
  • EN374-5:2016 VIRUS
    EN374-5:2016 VIRUS

• Finger textured surface for wet and dry grip
• Hi-Viz Orange Color – Enhances visibility and safety compliance in food handling environments.
• Tear-resistant beaded cuff for easy donning

PF-95HO

Description

Designed for food safety, this high-viz orange glove provides excellent visibility, superior barrier protection, and reliable dexterity helping prevent contamination

Features and Benefits

  • EcoTek® Sustainable Technology without any performance loss
  • Hi-Viz Orange Color – Enhances visibility and safety compliance in food handling environments
  • Silicone-Free – Eliminates risk of contamination in sensitive food and industrial processes
  • Exceeds 1.5 AQL Standards – Provides consistent reliability and reduced risk of defects.
  • Comfortable Ergonomic Fit – Designed for all-day wear with excellent dexterity and tactile sensitivity
  • Tear-resistant beaded cuff eases donning
  • SHA Dermatologically Approved

Typical Applications

Food Handling
Food Processing
Industrial Tasks

Product Technologies

EcoTek

Yes

Specifications

Glove Type

Single-Use

Fit Type

Ambidextrous

Grade

Powder-Free Exam

Material

Nitrile

Finger Thickness mil

5.5mil

Finger Thickness mm

0.15mm

Palm Thickness mil

5.0mil

Palm Thickness mm

0.13mm

Cuff Thickness mil

4.3mil

Cuff Thickness mm

0.11mm

Length inch

9.5"

Length mm

240mm

Palm Width inch

4.1"

Palm Width mm

105mm

Weight in Grams

6.5g

Cuff Type

Beaded

AQL

1.5

Country Origin

Malaysia

Other

Silicone Free

Yes

Performance

Tensile Before

14 MPa

Tensile After

14 MPa

Elongation Before

500%

Elongation After

400%

Size Item Number UPC Number Packaging Unit
S (6 ½ - 7) N200752 100/Bx 1000/Cs
M (7 ½ - 8) N200753 100/Bx 1000/Cs
L (8 ½ - 9) N200754 100/Bx 1000/Cs
XL (9 ½ - 10) N200755 100/Bx 1000/Cs
2XL (10 ½ - 11) N200756 100/Bx 1000/Cs

Product Technologies

Sustainable nitrile technology without performance loss.