Comfortable Fit Powder Free Latex Gloves Natural White Ambidextrous Latex Gloves CE Certified

Name: Comfortable Fit Powder Free Latex Gloves Natural White Ambidextrous Latex Gloves CE Certified
Brand: Guangzhou Pidegree Medical Technology Co., Ltd.
SKU: latex
Price: 1.95 USD
Availability: InStock

Quality Comfortable Fit Powder Free Latex Gloves Natural White Ambidextrous Latex Gloves CE Certified factory

Basic Properties

Place of Origin:Malaysia

Brand Name:Pidemed

Certification:CE/ISO

Model Number:latex

Trading Properties

Minimum Order Quantity:5000boxes

Price:$1.95-2.6

Standard Packaging:100pcs/box,10boxes/carton

Delivery Time:30days

Payment Terms:T/T

Supply Ability:500000boxes/month

Specifications

Poduct Name:	CE Latex Powder Free Gloves	Size:	S/M/L/XL
User Experience:	Comfortable Fit	Application Scenarios:	Medical Examination/Dental/Laboratory
Color:	Natural White	Material:	Latex
Highlight	Comfortable Fit Powder Free Latex Gloves , Natural White Ambidextrous Latex Gloves , Ambidextrous Latex Gloves CE Certified

Product Description

Ambidextrous Powder Free Latex Exam Gloves of CE Certificated

These CE certificated, ambidextrous powder-free latex examination gloves are designed to meet the strict regulatory frameworks of the European Economic Area (EEA). They deliver exceptional barrier protection, tactile sensitivity, and comfort for medical, laboratory, and industrial professionals.

Country of Origin

The primary global manufacturing hub for high-quality natural rubber latex gloves is Southeast Asia, specifically Malaysia, followed by Thailand and Indonesia. These regions supply the vast majority of the world's latex due to their abundant natural rubber plantations (Hevea brasiliensis) and highly advanced, automated glove manufacturing infrastructure.

Core Advantages

CE Certified Compliance: Holding a valid CE certificate ensures these gloves comply with European Medical Device Regulations (MDR 2017/745) and Personal Protective Equipment standards (EN 455 and EN 374), guaranteeing tested barrier efficacy against pathogens and specific chemicals.
Ambidextrous Design: The gloves are molded without a specific left- or right-hand orientation. This ambidextrous feature allows for rapid, hassle-free donning and significantly reduces packaging waste and inventory management complexity.
Premium Tactile Sensitivity: Natural rubber provides an elastic, "second-skin" fit that conforms closely to the hand. This ensures excellent grip, dexterity, and tactile feedback during delicate medical examinations or precise laboratory work.
Powder-Free Safety: By eliminating cornstarch powder through chlorination or polymer coating, these gloves minimize the risk of airborne latex protein contamination, respiratory irritation, and contact dermatitis.

Frequently Asked Questions (FAQ)

Question	Answer / Explanation
Q1: What does "Ambidextrous" mean for user efficiency?	Every single glove fits either the left or the right hand. Healthcare workers or technicians can grab any glove from the box instantly without wasting time sorting pairs, which is crucial in fast-paced or emergency environments.
Q2: What standards must a glove meet to achieve CE Certification for medical use?	For medical examination, they must pass the EN 455 series. This standard tests freedom from holes (typically requiring an AQL of 1.5 or lower), physical dimensions, mechanical properties (tensile strength), and biological evaluation (extractable protein limits).
Q3: Can individuals with latex allergies use these gloves?	While the powder-free and low-protein manufacturing processes significantly reduce the risk of triggering an allergic reaction, individuals with a known Type I latex allergy should avoid natural rubber latex entirely and opt for synthetic alternatives like Nitrile or Vinyl.
Q4: How should these gloves be stored to maintain their shelf life?	They should be stored in their original packaging in a cool, dry place. Keep them away from direct sunlight, fluorescent lighting, and ozone-generating equipment, as UV light and heat can degrade natural rubber over time.