High Quality Vinyl Examiantion Gloves

Type         Powdered & Powder-Free, Non-sterile
Material  Polyvinyl Chloride Paste Resin
Colour     Clear, Blue, Black, Green, Red and more
Design & Features  Ambidextrous, smooth surface Beaded cuff 
Standards Meets ASTM D5250 and EN 455

 

 


Product Benefits

Physical Dimension

Physical Properties

Product Tags

  • Made of high quality synthetic Polyvinyl Chloride Paste Resin(PVC)
  • Vinyl examination gloves don’t contain latex protein and provide an alternative solution for individuals who are allergic to natural rubber latex. The gloves are the perfect choice for those with allergies or sensitivities
  • PP coatings offer great puncture and abrasion resistance while offering excellent tactile sensitivity
  • Double layers of PVC/PU films to provide double protection
  • Odor free, results from special formulations
  • Resistant to detergents and diluted chemicals
  • Breathable back and wing thumb design for extra comfort
  • These gloves are excellent in tactile sensitivity, comfort and fit, grip, greater in dexterity andabrasion resistance
  • Well tailored contoured fingertips ensures tactile sensitivity for fine equipment handling. Ambidextrous design can be worn either the right or left hand and fit man and women equally. Able to operate mobile phone while wearing
  • Our vinyl cleaning gloves are smooth finished and making them easy to slide over your handswithout sticking
  • High quality barrier protection for light duty tasks or food handling at an economical price
  • Best Sell in the Industrial MarketMuti purpose-medical, medicine, dentistry, hygiene, catering, beauty salons and food processing, factory workshops, microelectronics, computers, communications, semiconductor assembly, ink printing, daily household cleaning, kitchen cleaning and more

Features

  • Vinyl examination gloves are made of synthetic Polyvinyl Chloride Paste Resin and do not contain any natural latex components, no allergic reaction to human skin and don't contain proteins in latex that are susceptible to allergic reactions. The selected formula is advanced in technology, soft to the touch, comfortable and non-slip, and flexible to operate
  • Vinyl cleaning gloves do not contain latex protein and provide an alternative solution for individuals who are allergic to natural rubber latex
  • Odor free, tasteless, results from special formulations
  • Double layers of PVC/PU films to provide double protection
  • The colored pigment is added at the raw material stage, the finished product is not released, does not fade and has no effect on the product
  • Ergonomic design, palm and fingers bend freely, Low modulus, super soft and fatigue free, long time wearing will not cause skin tension, conducive to blood circulation
  • Anti-slip and zero touch.
  • Strong and flexible
  • Our vinyl gloves offer great full-barrier protection for cleaning tasks or food handling. They keep bacteria, dirt, odors, liquids, and other particles from making contact with your hands
  • Operable touch screen

Applications

Mutipurpose-medical, medicine, dentistry, hygiene, catering, beauty salons and food processing, factory workshops, microelectronics, computers, communications, semiconductor assembly, ink printing, daily household cleaning, kitchen cleaning and more


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  • Dimension

    Standard

    Hengshun Glove

    ASTM D5250

    EN 455

    Length (mm)

     

     

     

     

    Min 230 or Min 240

    Min 230

    Min 240

    Palm Width (mm)

     

     

     

    XS
    S
    M
    L
    XL

    75 ± 5
    85 ± 5
    95 ± 5
    105 ± 5
    115 ± 5

    N/A
    85 ± 5
    95 ± 5
    105 ± 5
    115 ± 5

    ≤ 80
    80 ± 10
    95± 10
    110± 10
    ≥ 110

    Thickness : Single Wall (mm)

     

     

     

    Finger
    Palm

    Min 0.05
    Min 0.08

    Min 0.05
    Min 0.08

    N/A
    N/A

    Description

    ASTM D5250

    EN 455

    Tensile Strength (MPa)

     

     

    Before Aging
    After Aging

    Min 11
    Min 11

    N/A
    N/A

    Elongation at Break (%)

     

     

    Before Aging
    After Aging

    Min 300
    Min 300

    N/A
    N/A

    Median Force at Break (N)

     

     

    Before Aging
    After Aging

    N/A
    N/A

    Min 3.6
    Min 3.6