Pneumatic Inline Hand Valve With Male Thread

An inline hand valve with male thread is a type of pneumatic fitting used in air systems to control the flow of compressed air or gas. This valve is manually operated and can be adjusted to regulate or completely shut off the flow within a pneumatic system. It’s available in both equal and unequal configurations based on the diameter of the ports.

Here’s a detailed description of an inline equal & unequal hand valve with male thread pneumatic fitting:

1. Design: The fitting typically has a cylindrical or rectangular shape with a valve control mechanism integrated into the body. It consists of male threads on one or both ends for secure connection to female-threaded components or fittings. In the case of an unequal hand valve, it might have ports of different sizes, where one end is larger than the other.
2. Material: These fittings are often made from durable materials like brass, stainless steel, or other metals suitable for pneumatic applications. The material used ensures resistance to corrosion and high-pressure environments.
3. Valve Operation: The hand valve can be manually adjusted or turned to control the flow of air passing through the system. It allows for precise adjustment of flow rates or complete shut-off when necessary.
4. Connectivity: The male threaded ends facilitate easy and secure installation into female-threaded pneumatic components, hoses, or fittings.
5. Sizes: Available in various sizes and configurations to accommodate different diameters of pneumatic tubing or systems. In the case of an unequal hand valve, it may have ports of different sizes on each end, allowing for the connection of tubes or hoses with varying diameters.
6. Applications: Widely used in pneumatic systems across industries such as manufacturing, automation, and machinery where precise control of air flow, temporary shut-off, or adjustment of pressure is necessary.

When purchasing inline hand valves with male threads, it’s important to specify the size of the male threads, the valve configuration (equal or unequal ports), the material of construction, and any specific pressure or temperature requirements relevant to your pneumatic system.

Ensure compatibility with your existing pneumatic system and consider factors such as pressure ratings, temperature tolerances, and material compatibility when selecting these hand valves for your application.