Brass compression fittings are widely used in plumbing and fluid transfer systems to create reliable and leak-free connections between pipes or tubing. These fittings are designed to secure the connection by compressing a brass sleeve (also known as a ferrule) onto the pipe or tubing.
Design and Features of brass compression fittings
Compression Ring: In some
brass compression fittings, a compression ring or insert is used in conjunction with the brass sleeve. The compression ring is typically made of plastic or nylon and is positioned between the brass sleeve and the fitting body. It helps to distribute the compressive force evenly and provides added stability to the connection.
Double Compression Fittings: Double compression fittings, also known as twin ferrule fittings, are a variation of brass compression fittings. They feature two brass sleeves and two compression nuts. The first sleeve creates a primary seal against the fitting body, while the second sleeve ensures a secondary seal against the pipe or tubing. This design provides enhanced sealing capability and reliability.
Fitting Types: Brass compression fittings are available in various configurations to suit different applications. Common types include straight fittings, elbows (90 degrees or 45 degrees), tees, unions, and connectors with male or female threads. This variety allows for flexibility in designing and assembling plumbing or fluid transfer systems.
Size Range: Brass compression fittings are manufactured in a wide range of sizes to accommodate different pipe or tubing diameters. They are available in standard imperial sizes (e.g., 1/4", 3/8", 1/2", etc.) and metric sizes (e.g., 6mm, 8mm, 10mm, etc.). Having a diverse size range ensures compatibility with various plumbing or fluid transfer system requirements.
Temperature and Pressure Ratings: Brass compression fittings have temperature and pressure ratings that determine their suitability for specific applications. It is essential to choose fittings that can withstand the temperature and pressure conditions of the system to ensure optimal performance and avoid potential failures.