- Latex provides better elasticity than nitrile, chloroprene, or vinyl, and better puncture resistance than vinyl
- Hand-specific glove for improved fit compared to ambidextrous glove, making it suitable for medical and dental applications
- External polymer coating helps prevent tapes and adhesives from sticking to the glove, and interior polymer coating reduces surface friction and allows for putting glove on quickly, particularly in wet environments
- Palm thickness is 5 mils and finger thickness is 6 mils, and standard-length glove is 9.4" long and has a beaded wrist cuff that is 2 mils thick
- Textured fingertips for improved grip compared to a glove with a smooth texture
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Aurelia Dimensions 6992 Latex Glove, Powder Free, 9.4" Length, 5 mils Thick
|Price:||$9.76 - $95.00|
|Additional Features||Powder Free , Disposable|
|Manufacturer Series Number||Dimensions|
|Overall Length||9.4 inches|
The Aurelia Dimensions 6992 latex, powder-free, hand-specific, disposable e... See more product details
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The Aurelia Dimensions 6992 latex, powder-free, hand-specific, disposable exam glove has an external surface polymer coating to help prevent tapes and adhesives from sticking to the glove, and an internal polymer coating, reducing surface friction and allowing it to be put on more easily than uncoated, powder-free gloves, particularly in wet environments. The glove has a palm thickness of 5 mils and a finger thickness of 6 mils, and is 9.4" long from the tip of the middle finger to the edge of the beaded wrist cuff, which is 2 mils thick. Latex provides better elasticity than nitrile, chloroprene, or vinyl, and better puncture resistance than vinyl. The glove has textured fingertips for improved grip compared to a glove with a smooth texture. This powder-free glove leaves no residue, reducing the risk of contamination compared to a powdered glove. This hand-specific white glove is suitable for dental and medical examination applications.
|Material||Latex, powder free|
|Palm thickness||5 mils|
|Finger thickness||6 mils|
|Cuff thickness||2 mils|
|Minimum tensile strength||30.0 to 31.3 megapascals (MPa) before aging and 27.3 to 28.0 MPa after aging|
|Elongation before aging||960 to 970%|
|Elongation after aging||890 to 920%|
|Acceptable Quality Level (AQL)||1.5|
Tensile strength, measured in MPa, is the amount of force required to rip a glove; the higher the number, the stronger the glove material. Elongation measures how much a glove can be stretched before it breaks. It is expressed as a percent of the original length of the glove at the moment of breakage; the higher the percent, the more the glove can stretch. AQL is an FDA quality specification for the defect rate in surgical and exam gloves. The FDA requires an AQL of 1.5 for surgical gloves and 2.5 for exam gloves.
Disposable and limited-use gloves are used in medical, forensic, scientific, food service, and industrial applications. Disposable gloves are commonly made from flexible materials such as latex, nitrile, chloroprene, and vinyl. While most disposable gloves are designed for use on either hand, some can be purchased in hand-specific models. They are offered powdered or powder-free; silicone or silicone-free; chlorinated or non-chlorinated; coated or uncoated; with a standard- or extended-length cuff; sterile or non-sterile; and with textured or smooth fingers, fingertips, and palms. A glove's abrasion, cut, and puncture resistance are defined by glove material and thickness, and may be improved with the use of exterior coatings. Abrasion resistance means the glove helps protect the hand from contact with rough surfaces. Cut resistance means the glove helps protect the hand from blades and sharp instruments. Puncture resistance means the glove helps protect the hand from objects such as needles. Chemical resistance means the glove helps protect the hand from certain chemicals, and varies by glove material.
Aurelia Gloves manufactures disposable gloves. The company, founded in 2000 and headquartered in Aurora, IL, meets International Organization for Standardization (ISO) standard 2859-1:1989.