12”NITRILE EXAMINATION GLOVES

Type Powder-Free, Non-sterile
Material    100% Synthetic Nitrile Latex
Colour        Blue, White, Black, Orange, Green, Pink, Red, Yellow, Purple, etc.
Design & Features Ambidextrous, finger or palm textured surface, beaded cuff
Standards Meet ASTM 6319, EN420; EN455; EN 374

Product Benefits

Physical Dimension

Physical Properties

Product Tags

  • Prevents infections by chemicals and micro organisms
  • No detectable chemical residue, surface is specially treated by using CL2
  • Beaded cuff makes donning easy and helps prevent roll back
  • Superior strength with better puncture resistance
  • Fingers textured or full textured enhances wet and dry grip
  • Thinner gauger improves tactile sensitivity
  • Custom design enhances comfort and fit
  • Provide an alternative solution for individuals who are allergic tonatural rubber latex
  • Does not contain amino compounds and other harmful substances
  • The degradation time is short, easy to handle, and environmentally friendly
  • Stretch tensile strength, puncture resistance and not easy to break.
  • Good air-tightness to prevent dust from spreading out
  • Anti-chemical, resistant to a certain pH; resistant to corrosion by hydrocarbons, not easy to break
  • There is no silicon component and certain antistatic performance
  • Multi Purpose – These Latex Free gloves can be used as hair coloring, gardening, dishwashing, cleaning, mechanic, kitchen, cooking, medical exam, food service, esthetician, food preparation and handling, dental, laboratory, tattoo gloves and more! Makes a perfect addition to your cleaning supplies or exam supplies
Nitrile-Examiantion-Gloves-(2)
Nitrile-Examiantion-Gloves-(9)

Features

  • 100% Latex free
  • Textured surface for secured grip - provides superior grip in wet or dry applications
  • Extended cuff for extended protection - Long cuff protects wrist and forearm for extra safety in handling hazardous chemicals or other liquids. An enhanced safety in every type of environment
  • Providing more protection and eliminating allergies associated with latex gloves, these pull-on closure medical nitrile gloves are expertly crafted out of nitrile material to provide optimal protection and comfort
  • Durable-Strong and thick enough to stretch without tearing, pinching, smelling, sticking, leaving residue or having nails poke through.
  • Convenient – These powder free gloves feature a beaded cuff and are finely textured with good sensitivity, dexterity, flexibility and a consistent grip. Provide excellent puncture resistance and chemical protection, great fit, and high tactile sensitivity.
  • Comfortable fit – !2” nitrile gloves are designed with a highly elastic fit and beaded cuffs to provide a snug, secure fit when wearing for extended periods of time. Additionally, they offer tactile sensitivity for delicate patient care.Fits like your own skin with excellent protection against liquids, gases, oils, grease, glass, and sharp objects. These gloves are chemical and puncture-resistant and unlike latex gloves, these disposable gloves are non-allergenic and non-irritating.
  • Easy to use – Ambidextrous (fits right or left hand) design fits all hand types.
  • Easy to pull on and take off














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  • Dimension

    Standard

    Hengshun Glove

    ASTM D6319

    EN 455

    Length (mm)

         
     

    Min 280,
    Min 300 or
    300 +/- 10

    Min 270 (XS, S)
    Min 280 (M, L, XL)

    Min 300

    Palm Width (mm)

         

    XS
    S
    M
    L
    XL

    76 +/- 3
    84 +/- 3
    94 +/- 3
    105 +/- 3
    113 +/- 3

    70 +/- 10
    80 +/- 10
    95 +/- 10
    110 +/- 10
    120 +/- 10

    ≤ 80
    80 +/- 10
    95 +/- 10
    110 +/- 10
    ≥ 110

    Thickness : Single Wall (mm)

         

    Finger
    Palm

    Min 0.05
    Min 0.05

    Min 0.05
    Min 0.05

    N/A
    N/A

    Property

    ASTM D6319

    EN 455

    Tensile Strength (MPa)

       

    Before Aging
    After Aging

    Min 14
    Min 14

    N/A
    N/A

    Elongation at Break (%)

       

    Before Aging
    After Aging

    Min 500
    Min 400

    N/A
    N/A

    Median Force at Break (N)

       

    Before Aging
    After Aging

    N/A
    N/A

    Min 6
    Min 6