In a dynamic and demanding industry that involves fluid transfer systems, every gear and component must function well. A vital component in every system is its swivel joints, which provide flexibility and ease of movement between connected components. 

Swivel joints allow for the smooth and safe transfer of critical liquids between different parts of the system, such as pipes, hoses, and tanks. Whether you are involved in chemical processing, a manufacturing operation, or the oil and gas business, choosing the right swivel joints is key to optimizing performance. To help you choose the best swivel joints for your system, here are important steps to consider:

Understand Your System Requirements

When choosing swivel joints for your fluid transfer system, it's essential to understand the requirements and needs of your system. With this in mind, consider factors such as the type of fluid usually being transferred and processed, the operating pressure and temperature, and the flow rate. 

These factors can help you determine the material and design that would fit your swivel joints. It's recommended to list down the characteristics of your transfer system to narrow down options and ensure compatibility with the new swivel joints.

Assess the Design and Materials

Swivel joints can come in various materials, given the variety of applications and operating environments. Before you purchase, it is important to pay attention to the materials used in the manufacturing of the swivel joints, as well as the sealing mechanisms, bearing types, and pressure ratings, as these all play a role in the overall performance of the system. 

Stainless steel is a commonly used material due to its ability to resist corrosion and its strong structure. Meanwhile, carbon steel is suitable for high-pressure applications. In contrast, brass is a good choice for those involved in low-pressure applications.

Consider Operational Flexibility

As mentioned previously, swivel joints play an essential role in providing flexibility within fluid transfer systems. To begin, consider whether you need a single or a multi-plane rotation design, depending on the application and flow paths. For example, there are right-angle swivel joints, as well as straight-through swivel joints.

Factors such as size, weight, and space within your facility also play a role when selecting swivel joints. Heavy-duty options are ideal for those working in high-flow or high-pressure applications. On the other hand, compact and lightweight designs are preferable for those working in confined spaces or mobile applications. 

Conclusion

Swivel joints play a crucial role in fluid transfer systems, as they help optimize processing and ensure safety during use. It is important to carefully consider the requirements of your fluid transfer system, as well as the available designs, materials, and flexibility options offered in the market, before making a purchase. By following this guide, you can ensure that your fluid transfer system operates at peak efficiency. However, with various options available, it is equally significant to select the right supplier, such as Treloar, to meet your needs.

Treloar is a leading company in Australia that engineers and supplies high-quality components used in fluid transfer systems. With their expert engineering and nearly a century of experience, Treloar has provided many industries with dependable products. Whether you are looking for a pressure vacuum valve, dispensing equipment, or fluid transfer fittings, Treloar is the top choice. To explore more of their services, visit their website here.