Skip to product information
1 of 2

Shipping & Lead Time

Most products ship directly from our manufacturer partners, typically within 5-7 business days after order confirmation.

Freight items may require additional transit time depending on destination.

Ansell

162807 - Ansell MICROFLEX® E-Grip® Max L92 - X-Large (9.5-10.0), 100/bx, 10 bx/cs

162807 - Ansell MICROFLEX® E-Grip® Max L92 - X-Large (9.5-10.0), 100/bx, 10 bx/cs

Regular price $166.72 USD
Regular price Sale price $166.72 USD
Sale Sold out
Shipping calculated at checkout.

MICROFLEX® E-Grip® Max L92 - X-Large (9.5-10.0), 100/bx, 10 bx/cs

The MICROFLEX® E-Grip® Max L92 is a premium natural rubber latex examination glove engineered specifically for professionals who require an exceptional, non-slip grip in demanding clinical and laboratory environments. Featuring an advanced fully textured surface, this glove provides superior control when handling wet, oily, or dry medical instruments and glassware. The high-quality latex formulation offers the unparalleled elasticity and comfort traditionally associated with natural rubber, ensuring a conforming fit that minimizes hand fatigue during extended procedures.

To support efficient clinical workflows, the E-Grip® Max L92 features an inner polymer coating that facilitates smooth and effortless donning, even in fast-paced settings. The robust material construction delivers a dependable barrier with high tensile strength, providing reliable protection against punctures and tears. By combining enhanced grip technology with an ergonomic design, this glove serves as a versatile solution for healthcare, dental, and life sciences professionals who prioritize both safety and performance.

Please note: All prices displayed are for cases.

Key Features

Fully Textured Exterior: Specifically engineered to provide an advanced, non-slip grip across the entire surface of the glove for maximum control.

Premium Latex Elasticity: Utilizes a high-quality natural rubber latex formulation to ensure a soft, conforming fit that reduces muscle strain.

Inner Polymer Coating: Specially treated to allow for rapid and easy donning, enhancing efficiency during frequent glove changes.

High Tensile Strength: Formulated to provide superior durability and resistance to accidental rips and punctures in moderate-risk environments.

Optimal Tactile Sensitivity: Maintains the high level of touch-based feedback required for precise motor tasks and standard examinations.

Beaded Cuff Design: Reinforced at the wrist to facilitate easy donning and to help prevent liquid roll-down.

Ideal Clinical Applications

Healthcare & Dental: Primary use in standard patient examinations and procedures where a secure, confident grip is essential.

Laboratory Analysis: Recommended for sample taking, testing, and processing where handling slippery glassware or instruments is required.

Life Sciences: Ideal for filtration processes, assembly of delicate parts, and quality control inspections.

General Purpose: Suitable for light-duty facility maintenance and handling non-hazardous materials where a robust latex barrier is preferred.

Product Details

Brand: MICROFLEX® E-Grip® Max L92 (Ansell)

Product Type: Latex Examination Glove

Latex Status: Contains Natural Rubber Latex

Cuff Length: Standard

Powder Content: Powder-Free

Freedom From Holes: 1.5 AQL 

Non-Sterile

Packaging

MICROFLEX® E-Grip® Max L92 - X-Large (9.5-10.0), 100/bx, 10 bx/cs

Important Safety Information

To view the most current and up-to-date manufacturer product information, please click here.

Single Use Only: These gloves are intended for one-time use; reuse or reprocessing significantly increases the risk of barrier failure and cross-contamination.

Latex Allergy Warning: This product contains natural rubber latex, which may cause allergic reactions. Individuals with a known hypersensitivity to latex should not use this product.

Chemotherapy Drug Use: This product has NOT been tested for use with chemotherapy drugs and should not be used in oncology or pharmacy settings where such exposure is expected.

View full details