Bull Nose Regulator

Some information on the bull nose regulator:

LPG High Pressure Regulator

Inlet Pressure 800 kPa (max)

Outlet Pressure 180 kPa (max)

Capacity: 6 kg/h

This is a good quality product.

To summarize a bull nose regulator is a type of gas regulator commonly used in the UK and other regions that follow British standards for gas fittings. Subsequently named “bull nose” due to the distinctive rounded shape of the connector that attaches to the gas cylinder. Notably, this type of regulator typically used with industrial gases, such as oxygen, acetylene, nitrogen, and other compressed gases used in various applications including welding, cutting, and medical uses.

Key Features of Bull Nose Regulators:

1. Firstly, Connector Shape: The bull nose connector obtains a rounded, bulbous shape which ensures a robust seal when attached to the gas cylinder.
2. Secondly, Material: Typically made from durable materials like brass, which withstand high pressures and provide a secure connection.
3. Thirdly, Pressure Control: The regulator adjusts the high pressure from the gas cylinder down to a usable level for the equipment being used.
4. As well as Safety: Equipped with safety features such as pressure relief valves to prevent over-pressurization.
5. Lastly, Compatibility: Designed to fit specific types of gas cylinders that use the bull nose fitting.

Applications:
Welding and Cutting: Used with gases like acetylene and oxygen for welding and cutting metals.
Medical: In hospitals and clinics, for supplying oxygen to patients.
Laboratory: For various scientific applications that require precise gas flow and pressure control.

Usage Tips:
Check for Leaks: Always use soapy water to check for leaks after attaching the regulator to the gas cylinder.
Regular Maintenance: Inspect the regulator and connectors regularly for wear and damage.
Proper Storage: When not in use, the regulator must be stored in a clean, dry place.

By understanding these key aspects of bull nose regulators, ensure safe and efficient operation in their respective fields.