Product Description:

The Disposable Infusion Set is an apparatus required for intravenous injections. It is made of medical grade PVC material and consists of several parts, including a tube, a connector, a needle, and more. The tube diameter is 2.5mm and the needle length is 30mm. All the parts are sterilized with EO Gas Sterilization, and the connector is transparent in color.

This Disposable Infusion Set is a reliable product for medical use. The medical grade PVC material makes it safe and durable for use. The transparent connector allows for easy observation during use, while the EO gas sterilization ensures the highest level of hygiene. With the 2.5mm tube diameter and 30mm needle length, this Disposable Infusion Set is perfect for intravenous injections.

Features:

• Product Name: Disposable Infusion Set
• Needle Diameter: 0.8mm
• Connector Color: Transparent
• Tube Diameter: 2.5mm
• Sterilization: EO Gas Sterilization
• Filter: Micro-porous Filter
• Special Feature: Intravenous Administration Set, IV Infusion Apparatus

Technical Parameters:

Applications:

Aruikon A6 Series Disposable Infusion Set is the perfect solution for sterile water iv infusion and IV Infusion Apparatus. This product is made of Medical Grade PVC material with a tube diameter of 2.5mm and needle length of 30mm, offering a flow rate between 15-60 Drops/ml. It comes packaged in individual blister packs for easy and safe use.

This product is certified by CE & CMD, and has a minimum order quantity of 200000 PCS. It is competitively priced at 0.085 USD per piece, and comes packaged in 25 pcs/ poly bag, 500pcs/CTN. The delivery time is 35 Days, and payment can be made through T/T or L/C. Aruikon provides a high Supply Ability of 1000000 PCS/DAY.

Customization:

Packing and Shipping:

Disposable Infusion Sets are packaged in durable, plastic cases and shipped in cardboard boxes. The plastic cases are designed to protect the product from dust and moisture during transit. The cardboard boxes are designed to protect the product from shock, vibration, and pressure during transit.