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Protexis® PI Micro Surgical Gloves literature

PI MICROCARDINAL HEALTH PROTEXIS Surgical Gloves Backed by the expertise of Cardinal Health, Protexis PI Micro Surgical Gloves meet all relevant FDA and ASTM standards, including those for physical dimensions3, physical properties3 and freedom from holes4. Documentation and testing data are available upon request. Protexis PI Micro Surgical Gloves are a synthetic solution offering heightened tactile response,2 with a comfortable, smooth, anti-slip finish. They are also an ideal outer glove in a double-gloving system where fingertip sensation and additional protection are glove to take comfort in Cardinal Health is the #1 synthetic glove leader1 Thinner for enhanced flexibility and tactile sensitivity2 Outstanding comfort due to a reduced modulus2 Interlocking, beaded cuff design helps to prevent roll-down Proprietary hand mold with an independent thumb design allows for an anatomical fit and natural movementSYNTHETICNOT MADE WITH

PI MICRO CARDINAL HEALTH™ PROTEXIS® SURGICAL GLOVES Backed by the expertise of Cardinal Health, Protexis® PI Micro Surgical Gloves meet all relevant FDA and ASTM standards,

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Transcription of Protexis® PI Micro Surgical Gloves literature

1 PI MICROCARDINAL HEALTH PROTEXIS Surgical Gloves Backed by the expertise of Cardinal Health, Protexis PI Micro Surgical Gloves meet all relevant FDA and ASTM standards, including those for physical dimensions3, physical properties3 and freedom from holes4. Documentation and testing data are available upon request. Protexis PI Micro Surgical Gloves are a synthetic solution offering heightened tactile response,2 with a comfortable, smooth, anti-slip finish. They are also an ideal outer glove in a double-gloving system where fingertip sensation and additional protection are glove to take comfort in Cardinal Health is the #1 synthetic glove leader1 Thinner for enhanced flexibility and tactile sensitivity2 Outstanding comfort due to a reduced modulus2 Interlocking, beaded cuff design helps to prevent roll-down Proprietary hand mold with an independent thumb design allows for an anatomical fit and natural movementSYNTHETICNOT MADE WITH NATURAL RUBBER LATEXS terile PolyisopreneCatalog no.

2 Size LengthThickness3 MaterialColor Cuff type Protein content Qty/bx Qty/cs Finger Palm Cuff 287 mm7. 9 m i l / mil/ mil/ mmSynthetic polyisoprene (PI)Cream Beaded/RolledLess than 50 300 mm2D73PM757. PRODUCT INFORMATION | PI MICROHelp maximize storage space: Half-fold packaging design reduces packaging material6 Storage recommendations: It is recommended that Gloves are properly stored away from light and extreme temperatures. Gloves should also be protected from direct exposure to ozone-generated devices such as fluorescent lights, electrical motors and x-ray : 35 months from date of manufacture. Expiration date is printed on packaging.

3 2017 Cardinal Health. All Rights Reserved. CARDINAL HEALTH, the Cardinal Health LOGO, and PROTEXIS are trademarks of Cardinal Health and may be registered in the US and/or in other countries. Lit. No. 2 CHL17-704686 (10/2017) Customer service: CARDINAL HEALTH PROTEXIS Surgical Gloves PROMISE: We protect so you can a leader in the industry with more than 50 years of Surgical Gloves experience, Cardinal Health is dedicated to providing protection, performance and expertise so wearers can perform confidently and focus on their patients. 35 MONTHSP roperties (before aging)Tensile strengthMin 17 MPa3 Stress at 500% elongation (modulus)Max MPa3 Ultimate elongation (elasticity)Min 650%3 Puncture resistance (cuff )Min 5N5 Freedom from AQL31 Synthetic Gloves Units, GHX, Q4 20162 As compared to Protexis PI Surgical Gloves3 In accordance with ASTM D 35774 Tested in accordance with ASTM D 51515 Tested in accordance with AS/NZS 4179, average test result = (before aging)6 35% reduction of materials used as compared to previous Cardinal Health packaging design.

4 Cardinal Health Technical Council Conference 2011, presentation on file.


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