PRODUCTS
Hydrogen Cylinder Pressure-Relief Valve (Tail Valve) PRD-420
+
  • Hydrogen Cylinder Pressure-Relief Valve (Tail Valve) PRD-420

Hydrogen Cylinder Pressure-Relief Valve (Tail Valve) PRD-420

Category:

GFI High-Pressure Hydrogen Supply & Pressure Regulation System

Product Inquiry
Related products
  • Product Description

  • 　　PRD-420 Series

    　　LOW PROFILE 1-1/8” END PLUG PRESSURE RELIEF DEVICES

    　　Ultra-thin 1-1/8” Bottle-Style Pressure Relief Valve

    　　COMPRESSED NATURAL GAS

    　　Key Features

    　　GFI’s Low profile 1-1/8” end plug pressure relief device uses a design optimized for maximum heat transfer to create a fast acting, high flow PRD. The low profile design allows designers to maximize tank packaging. Offered with a wide range of options these devices can be configured to meet the needs of all end plug applications.

    　　• 9 mm profile from end of tank

    　　• High flow fast acting design

    　　• Glass bulb technology

    　　• Maximum service pressure 25 MPa

    　　• Working temperature -40° to +85° C

    　　• Light weight machined aluminum body

    　　• PRD venting direction can be adjusted 360°

    　　Main Parameters

    　　GFI’s 1-1/8” pressure relief valves are engineered to maximize heat‑transfer rates, delivering rapid response and high flow capacity. Their compact design facilitates convenient cylinder placement, while a wide range of port sizes accommodates all plug‑in applications.

    　　• 9 mm from the end of the gas cylinder;

    　　• High traffic volume, fast response;

    　　• Temperature-controlled glass tube technology;

    　　• Maximum working pressure: 25 MPa;

    　　• Operating temperature range: -40°C to 85°C;

    　　• Lightweight aluminum body;

    　　• The PRD’s pressure relief piping can be oriented in any direction, with 360-degree adjustability.

     

    Hefei Guanqi Intelligent Technology Co., Ltd.

    Hefei Guanqi Intelligent Technology Co., Ltd.

Product Inquiry

Please provide the following valid information, and we will contact you as soon as possible.

Submit