AMPri MED-COMFORT 300 Latex gloves, powder-free, white

AMPri MED-COMFORT 300 Latex gloves, powder-free, white

The white latex disposable gloves are exactly the right choice if you often need to use reliable, comfortable and functional latex disposable gloves to be able to act safely in your daily work.

Details

AMPri MED-COMFORT 300 powder-free latex gloves in white offer the perfect combination of comfort, safety, and versatility. These disposable gloves are ideal for a wide range of applications, including government agencies, educational institutions, dental practices, industry, personal care services, hospitals, and the food industry. Their simple, classic white color makes them suitable for universal use while conveying a professional and hygienic image. Powder-free and offering excellent fit and dexterity, they are exceptionally comfortable to wear. Thanks to their high elasticity and tear resistance, you can always rely on their durability. The double-chlorinated coating provides superior grip, and a fully textured surface ensures a secure hold. Furthermore, they comply with the standards EN 420, EN 455-1, EN 455-2, EN 455-3, and EN 455-4.

• Material: Latex
• Material thickness: medium (>= 0.09 to <= 0.16 mm)
• Unpowdered
• Non-sterile
• Coating: Double chlorinated
• Extra length: no. The latex disposable gloves are of standard length (length: 300 mm).
• Color of latex disposable gloves: white
• Special feature: particularly grippy
• Fit: ambidextrous
• Texturing: fully textured
• Reliable premium quality
• Classic disposable product
• Medical Device Class: MD Class I
• Personal Protective Equipment Category: PPE CAT I
• Standards covered: EN 420, EN 455-1, EN 455-2, EN 455-3 and EN 455-4
• No biological protection against viruses, bacteria, or fungi.
• Areas of application: Public authorities, education, dental sector, industry, personal services, hospitals, food industry and other medical fields
• AQL 1.5
• 100 pieces per box / 10 boxes per carton

Please refer to the data sheets for further information.