High pressure Three way stopcock

Specifications:

A high pressure three-way stopcock is made of stopcock body (made up by PC), core valve (made us by PE), Rotator (made up by PE), protective cap (made us by ABS), Screw cap( made us by PE), one way connector (made up by PC+ABS).


  • Pressure: Over 500PSI/2500Kpa, 800psi, 1200psi
  • Holding time: 30S
  • Product Detail

    Product Tags

    Advantage

    It is made up by imported material, body is transparent, core valve can be rotated 360°with no any limited, tight rodent without leakage, fluid flow direction is accurate, it can be used for interventional surgery, good performance for drug resistance and pressure resistance.

    It can be provided with sterile or non-sterial in bulk. It is produced in 100,000 grade purification workshop. we receive CE certificate ISO13485 for our factory.

    A high-pressure three-way stopcock is a specialized type of three-way stopcock designed to handle higher pressures. It is typically made from durable materials like stainless steel or brass to withstand the increased pressure.High-pressure three-way stopcocks are commonly used in medical settings where the pressure of the fluid or gas being controlled is higher than what a standard stopcock can handle. This could be in situations such as angiography, radiology, or interventional procedures where high-pressure contrast media or other fluids are being delivered.The design of a high-pressure three-way stopcock is similar to a regular stopcock, consisting of three ports and a rotating handle. However, the materials used and the construction are more robust to handle the increased pressure. The handle is designed to be easy to grip, allowing for smooth rotation even under high pressures.It is important to note that the pressure ratings of high-pressure three-way stopcocks can vary, so it is crucial to choose the appropriate stopcock that can handle the specific pressure requirements of the procedure.Overall, high-pressure three-way stopcocks are essential devices in medical settings where the control and management of high-pressure fluids or gases are required. They provide healthcare professionals with the ability to accurately and safely control the flow of fluids during high-pressure procedures.


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