Home » Shop » hot sale » Cardinal Health – Protexis – 2D73Pm55 – Pi Micro Polyisoprene Powder – Free Surgical Gloves, Sterile, Size 5.5

Cardinal Health – Protexis – 2D73Pm55 – Pi Micro Polyisoprene Powder – Free Surgical Gloves, Sterile, Size 5.5

Original price was: $312.89.Current price is: $218.32.

Sale!
SKU: 552D73PM55CA-CS-RO-L Category:

Product Specifications

Below are the key product attributes and specifications that provide detailed information about this item:

Brand: ProtexisSold By: Case of 200Sterility: SterileApplication: Surgical GloveProduct Color: CreamWHSXX: MCKLength: 11.3 InGender: UnisexBarrier Type: Latex-Free (Lf)Strength: Tensile strength>= 17 MPaShape: AnatomicalMaterial: Polyisoprene

Product Overview

The Cardinal Health Protexis PI Micro Polyisoprene Powder-Free Surgical Gloves (2D73PM55) are designed for superior comfort, sensitivity, and protection during surgical procedures. Made from high-quality polyisoprene, these sterile gloves offer exceptional tactile precision and a snug fit, ensuring optimal performance in critical medical environments.

Features:
– Premium Polyisoprene Material: Provides excellent elasticity, strength, and comfort for extended wear.
– Powder-Free: Reduces the risk of irritation and contamination, ideal for sensitive applications.
– Micro Textured Surface: Enhances grip and dexterity for precise handling of surgical instruments.
– Sterile: Individually packaged to maintain sterility and meet stringent medical standards.
– Hypoallergenic: Minimizes allergic reactions, suitable for sensitive skin.
– Ambidextrous Design: Ensures a comfortable fit for both hands.

Specifications:
– Material: Polyisoprene
– Powder-Free: Yes
– Sterility: Sterile
– Size: 5.5
– Texture: Micro-textured
– Packaging: Individually wrapped

Use Suggestion:
These gloves are ideal for surgical procedures, dental work, and other sterile medical applications where precision and protection are essential. Ensure proper hand hygiene before use and select the correct size for optimal fit and performance.