High-Pressure Ball Valve with SAE Flange Connections
High-Pressure Ball Valve with SAE Flange Connections: Definition, Technical Parameters & Features
1. Definition
The High-Pressure Ball Valve with SAE Flange Connections is mainly used in hydraulic system pipelines or integrated systems to control the circulation and shut-off of working media. It is widely applied in industrial hydraulic equipment, marine hydraulic systems, mining and metallurgical equipment, hydraulic systems for vehicles and general machinery, agricultural machinery, petroleum industry equipment, etc.
This High-Pressure Ball Valve with SAE Flange Connections mainly consists of a valve body, ball, valve stem, handle, and seals. The valve body is made of high-quality steel components, with multiple surface treatment forms on the exterior, featuring an elegant appearance and long service life.
2. Technical Parameters
Parameter Category | Specifications |
|---|---|
Description | Fixed High-Pressure Ball Valve with SAE Flange Connections |
Structure | Shut-off device is a ball |
Pressure | 35~420 bar |
Connection Type | SAE Flange |
Materials | Valve body, end connectors, spiral flanges: Steel with zinc-plated surface; Adjusting handle: Steel with zinc-plated surface or zinc-aluminum alloy coating; Ball: Steel with hard chrome-plated surface; Ball seal: High-quality composite material (POM) |
Temperature Range | -10~+80℃ |
Seal | Nitrile Rubber or Fluororubber |
3. Product Features
High-strength body: Adopts high-pressure impact forging with shell strengthening treatment; the test pressure can reach up to 150.0MPa, ensuring excellent pressure resistance.
Premium sealing performance: All seals use fully imported American MTU materials, featuring high pressure resistance, high temperature resistance, corrosion resistance, and oxidation resistance, with reliable quality and long service life.
Scenario-specific design: A special high-pressure product developed specifically for gas filling stations, suitable for media such as natural gas or hydraulic oil circuits.
















