Skip to main content
General Purpose Disposable Exam Gloves, Large, Natural Rubber Latex, Textured Natural

Roll over image to zoom in

Microflex L923Click To Copy General Purpose Disposable Exam Gloves, Large, Natural Rubber Latex, Textured Natural

Item #: L923 by Microflex

UPC #: 683438129231

See reviewsSee reviews

$32.26

/box
SAVE UP TO 3.23

Buying in bulk

Special Order*Usually ships in 1-2 weeks
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

Features
  • Thick design for extra protection against punctures, rips and tears
  • Soft latex for comfort during extended wear
  • Double chlorinated for easy donning

Finish

Textured

Material

Latex

Application

Automotive Aftermarket, Machinery and Equipment, Healthcare Industries

Type

General Purpose

Application Type

Medical Grade

Part no.

L923

MFR Model

L923

Powder Style

Powder-Free

Resists

Tear

Standard/Approvals

ASTM D3578 | EN 420:2003 A1:2009 | FDA21 CFR 177-2600 | US QSR/FDA 510(k) Medical Examination Grade

Trade Mark

E-Grip®

Part Status

A

Color/Finish

Natural

Thickness

6 mil

Size

Large

Color

Tan

Trade Name

High Five

Cuff Type

Beaded

Product Type

Disposable Gloves

Overall Length

9 1/2"

Grade

Medical

Product Overview
R.S. Hughes carries a large selection of product shapes and sizes to help best meet your specific applications. Width, length & height are some of the more common measurements to consider. This SKU has a 9 1/2 in length. The Microflex High Five E-Grip Max disposable glove is made of latex, is packaged 100 per pack, 1000 per case, comes in tan and meets ASTM D3578 US QSR/FDA 510(K) standards. Proper sizing is important when buying this product. The size for this product is Large.
Specifications:

Series: L92

Powdering: Powder Free

Standards Met: ASTM D3578 US QSR/FDA 510(K)

Sub-Trade Name: E-Grip Max