Henan Aile Industrial CO.,LTD. 86--15890169579 leo@aileindus.com
Adjustable Venturi Oxygen Mask

Adjustable Venturi Oxygen Mask

  • Highlight

    Pediatric Venturi Oxygen Mask

    ,

    EO Sterile Oxygen Delivery Face Mask

    ,

    venturi oxygen mask with tubing

  • Name
    Adjustable Venturi Oxygen Mask
  • Size
    Adult; Child; Infant
  • Color
    Green/Transparent
  • Sterile
    EO Sterile
  • Material
    PVC,
  • Properties
    Respiratory Care
  • Certification
    CE
  • Instrument Classification
    Class II
  • Place of Origin
    China
  • Brand Name
    Henan Aile
  • Certification
    CE
  • Model Number
    Venturi Oxygen Mask
  • Minimum Order Quantity
    5000 units
  • Price
    Negotiable
  • Packaging Details
    Individually packed by blister pouch / PE BAG, 100 units / carton
  • Delivery Time
    20-30 days
  • Payment Terms
    L/C, T/T
  • Supply Ability
    5000000 units per month

Adjustable Venturi Oxygen Mask

Venturi Mask Adjustable Oxygen Concentration Replaceable Venturi Oxygen Mask

 

Feature

  • Made of transparent soft PVC for good visualization.
  • Provide various choice to suit different requirement: 24%(Blue),28%(Yellow), 31(White), 35%(Green), 40%(Pink),50%(Orange).
  • Single venturi valve is available with fixed concentration.
  • The standard length of tube is 2.1m,and different length is available.

 

Item.No Type Size Specification
SR14161201 Pediatric standard S With oxygen tubing
SR14161101 Adult standard M With oxygen tubing
SR14161202 Pediatric elongated L With oxygen tubing
SR14151102 Adult elongated XL With oxygen tubing

 

Adjustable Venturi Oxygen Mask 0Adjustable Venturi Oxygen Mask 1

FAQ

 

1. How much oxygen can you give through a Venturi mask?

 Venturi system masks can deliver between 24% and 60% oxygen, depending on the connector used.

2. How can we guarantee quality?
Always a pre-production sample before mass production. Always final Inspection before shipment.

 

3. What is the main advantage of using a Venturi mask?

The Venturi mask provides oxygen at flow rates that are lower than patients' inspiratory demands; thus, when the patient's inspiratory flow exceeds the gas flow rate from the mask, room air is entrained.