MicroFlex 93-852

Product description

Description

Masks stains: MICROFLEX® 93-852 exam gloves’ black color disguises dirt while enhancing the visibility of light-colored objects

Enhanced grip: A fully textured, non-foaming design ensures these powder- and silicone-free nitrile gloves have superior grip

Proven protection: These medical exam gloves are approved for use against fentanyl and gastric acid (vomit), ensuring they are suitable for hazardous overdose situations — they also comply with EN ISO 374 Type B chemical resistance standards for chemical splash protection

Genuine versatility: These gloves are suitable for various applications, used notably by auto mechanics, maintenance workers and law enforcement officers

Food handling compliant: Also ideal for a wide range of food handling applications

Recommended for

Inspection, selecting, checking parts

General Purpose Auto Aftermarket

Use of cleaning tools and robotic equipment

Oil, fluids and filter change

Engine transmission and repair

Tire rotation & changes

Maintaining lab furniture and equipment

Sample taking and processing

Blending, compounding solids and liquids

Raw material sample collection

Weighing and dispensing of solid and liquid raw materials

Inspection (picking, checking and marking)

Product Details

Material: Nitrile

Not Made From Natural Rubber Latex: Yes

Color: Black

Cuff Length: Standard

Powder Content: Powder-Free

External Glove Surface: Fully Textured

Freedom From Holes (Inspection Level I): 1.5 Aql

Palm Thickness (Mm/Mil): 0.12 / 4.7

Finger Thickness (Mm/Mil): 0.15 / 5.9

Allergy Prevention: Latex (Type I)

Available Sizes: Xs (5.5 - 6), S (6.5 - 7), M (7.5 - 8), L (8.5 - 9), Xl (9.5 - 10)

Tested For Use With Chemotherapy Drugs: No

Silicone Free: Yes

Sterile: No

Antistatic: Yes En1149

Double Gloving Recommendation: No

Glove Length (Mm/Inches): 245 / 9.6

Product Segmentation: Robust

• Color · Black

  The visual appearance of the glove material, ranging from basic colors to specialized options for different professional and aesthetic preferences.

• Finger Thickness · 0.15 mm

  Measures the material thickness at the fingertips, affecting tactile sensitivity, dexterity, and protection level during use.

• Length · 24.5 cm

  Measures how far the glove extends up the wrist and forearm, determining the level of coverage and protection provided during use.

• Palm Thickness · 0.12 mm

  Measures the material thickness at the palm area, affecting protection level and tactile sensitivity during use.

• Powder · Powder Free

  Indicates whether gloves contain powder on the interior surface to aid donning, affecting ease of use and contamination control requirements.

• Quality Level - AQL · 1,5

  Indicates the maximum percentage of defective gloves acceptable in quality testing, with lower numbers representing higher quality standards.

• Material · Nitrile

  The base substance used to manufacture the glove, affecting chemical resistance, durability, flexibility, and compatibility with specific applications.

• Fingertips · Textured

  Describes the surface texture of the fingertip area, affecting grip strength and tactile sensitivity during use.

• Glove Features · Latex Free, Full Finger, Multi Purpose, Short Sleeve, Silicone Free

  Provides comfort and peace of mind, free from natural rubber latex to protect sensitive skin.

  Complete finger coverage ensures full protection and hygiene for your hands, maintaining dexterity for all tasks.

  Your go-to gloves for diverse tasks, offering reliable protection and convenience across many applications.

  Provides comfortable, standard wrist-level protection for easy wear and removal during daily tasks.

  Protects sensitive surfaces from silicone contamination, ensuring product integrity and quality.

• Surface · Textured

  The texture of the glove exterior, affecting grip strength and handling capability for different tasks and working conditions.

• Chemical Resistance
• Food Service
• Electrical Protection
• Medical Protection
• Antimicrobial Protection
• Hand Protection