MaiMed Evolution PE Disposable Gloves, Transparent

Product description

he MaiMed® evolution is not comparable to any other disposable glove made of

polyethylene. Due to its very special material mixture

the glove is very elastic and resistant. It has a perfect fit, is

shape, is kind to the skin and economical. Its product properties

can be compared with those of a nitrile or vinyl product.

It thus offers unbeatable value for money and is also recyclable via plastic disposal.

recyclable via plastic disposal.

• Fingertips · Smooth

  Describes whether fingertips have a smooth or textured surface, affecting grip strength, tactile sensitivity, and handling precision for various applications.

• Glove Style · Latex Free, Ambidextrous

  Crafted without natural rubber latex, these gloves are ideal for sensitive skin. Provides a comfortable fit for those with latex sensitivities.

  Designed for use on either hand, these gloves offer convenience and efficiency. Their symmetrical design simplifies donning and reduces waste.

• Powder · Powder Free

  Indicates whether gloves contain donning powder. Powder-free options reduce allergen risks and contamination, while powdered versions offer easier application.

• Color · Transparent

  Indicates the glove's pigmentation, which can aid in color-coding tasks, enhancing visibility, or meeting specific industry requirements for contamination control.

• Cuff Thickness · 0.06 mm

  Measures the material thickness at the wrist area, affecting barrier protection, durability, and how well the glove stays in place during use.

• Finger Thickness · 0.06 mm

  Measures the material thickness in the finger areas, balancing protection against punctures and chemicals with tactile sensitivity for precision tasks.

• Length · 24 cm

  Measures from fingertip to cuff end, determining wrist/forearm coverage. Longer gloves provide enhanced protection against splashes and contaminants.

• Palm Thickness · 0.06 mm

  Measurement of material thickness in the palm area, affecting protection level, durability, and dexterity. Critical for matching gloves to specific tasks.

• Quality Level - AQL · 1,5

  Indicates the statistical quality inspection standard measuring defect rates. Lower AQL values (e.g., 0.65) signify fewer defects and higher protection reliability.

• Cuff Style · Rolled

  Defines how the wrist portion of the glove is finished, affecting ease of donning, security during use, and resistance to tearing when putting on.

• Surface · Textured

  Refers to whether gloves have a smooth or textured finish, affecting grip strength, dexterity, and handling ability in wet or dry conditions.

• Material · Polyethylene (PE)

  Indicates the composition of the gloves, affecting properties like elasticity, chemical resistance, allergen potential, and suitability for specific tasks.

• Food Service
• Medical Protection
• Antimicrobial Protection
• Hand Protection

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