INFUSETek HXF3YB1 3-Port Non-Distribution Valve is a compact valve accessory designed for industrial syringe pump systems and precision fluid handling applications.

The valve features a 1/4-28UNF connection and a 1.4 mm path diameter. It is made of PTFE and PCTFE materials and is compatible with most reagents when the media is compatible with PTFE and PCTFE.

With a maximum working pressure of 0.68 MPa and a working temperature range of 15℃ to 40℃, the valve is suitable for various industrial fluid delivery and dosing applications.

The HXF3YB1 valve is compatible with INFUSETek industrial syringe pump models including SP60-1A, SP60-1B, ASD60, ASD60-Ⅱ and ASD60-Ⅲ.

Key Features:

• 3-port non-distribution valve design

• Model: HXF3YB1

• 1/4-28UNF connection

• 1.4 mm path diameter

• PTFE and PCTFE construction

• Maximum pressure: 0.68 MPa

• Working temperature: 15℃ to 40℃

• Suitable for most reagents compatible with PTFE/PCTFE

• Designed for industrial syringe pump applications

• Compact design for precision fluid handling

Technical Parameters:

Compatible Industrial Syringe Pump Models:

• SP60-1A

• SP60-1B

• ASD60

• ASD60-Ⅱ

• ASD60-Ⅲ

Applications:

• Industrial fluid dispensing

• Precision fluid handling

• Reagent delivery

• Syringe pump systems

• Laboratory and industrial dosing systems

Important Note:
For applications requiring pressure above 0.68 MPa, please contact INFUSETek for technical confirmation.

DK INFUSETEK is a professional syringe pump supplier, with the headquarter as well as R&D center located in Shanghai, and a Production Base in northern China, focusing on device design, customize and producing in the field of micro-fluid handling.
With professional and rich R&D experience, we continuously meet the ever-changing needs of the researchers and producers across the world. Whether it’s the need for unique features or limited budget, we strive to bring advanced but cost-effective products and high-quality services.
Meanwhile, we also keep looking into the future, constantly bring innovations to keep us at the cutting edge of syringe pump production field, and aim to meet new demands shown in our related scientific areas.