Audited Supplier
Style 10, 20, 30, 50, 60, 80, 100
API
Customized
Customized
API
Connection
Alloy
Poly Wood Case
style 10, 20, 30, 50, 60, 80, 100
China
8431431000
Product Description
There are two distinct types of swivel joints: the sophisticated long radius and the compact short radius. The long radius swivel joint boasts a smooth diameter, allowing liquids to flow seamlessly with reduced resistance. This design ensures superior resistance to erosion and corrosion at crucial turning points compared to its short radius counterpart. However, in scenarios where installation space is constrained or the pressure is minimal, the short radius swivel joint is a viable and effective option.
Rotary joints are engineered for versatility, suitable for both standard and specialized acid H2S trimming applications. The rotary joint designed for H2S services is crafted with precision, fully adhering to the latest stringent NACE standard MR-01-75, ensuring optimal performance and reliability in demanding conditions.
The activity joint blank bending is meticulously crafted on a state-of-the-art CNC machine tool, ensuring uniform wall thickness and exceptional durability. The consistency in the wall thickness at both inner and outer arcs is in strict compliance with FMC standards, and the appearance quality confidently matches that of renowned international products.
The ingenious three ball track design of the swivel joint is engineered to robustly withstand heavy and radial loads. This innovation ensures stability under intense pressure and minimizes vibrations within the pipeline when exposed to variable loads, delivering exceptional performance and reliability.
Our specifications match those of similar FMC products, with connection dimensions adhering strictly to American standards. This level of precision allows our products to seamlessly replace FMC Corporation's offerings in cementing and fracturing equipment, ensuring compatibility and performance.
The sealing element is expertly crafted from high-grade synthetic rubber, complemented by a metal spray ring and is ingeniously designed with a pressure relief hole. In the event of leakage, this innovative feature automatically alleviates pressure, preventing accumulation in the raceway cavity and significantly enhancing safety.
Maintaining the optimal performance of movable elbows on-site is straightforward, requiring only occasional lubrication to ensure their smooth and efficient operation.
Rotary joints are engineered for versatility, suitable for both standard and specialized acid H2S trimming applications. The rotary joint designed for H2S services is crafted with precision, fully adhering to the latest stringent NACE standard MR-01-75, ensuring optimal performance and reliability in demanding conditions.
The activity joint blank bending is meticulously crafted on a state-of-the-art CNC machine tool, ensuring uniform wall thickness and exceptional durability. The consistency in the wall thickness at both inner and outer arcs is in strict compliance with FMC standards, and the appearance quality confidently matches that of renowned international products.
The ingenious three ball track design of the swivel joint is engineered to robustly withstand heavy and radial loads. This innovation ensures stability under intense pressure and minimizes vibrations within the pipeline when exposed to variable loads, delivering exceptional performance and reliability.
Our specifications match those of similar FMC products, with connection dimensions adhering strictly to American standards. This level of precision allows our products to seamlessly replace FMC Corporation's offerings in cementing and fracturing equipment, ensuring compatibility and performance.
The sealing element is expertly crafted from high-grade synthetic rubber, complemented by a metal spray ring and is ingeniously designed with a pressure relief hole. In the event of leakage, this innovative feature automatically alleviates pressure, preventing accumulation in the raceway cavity and significantly enhancing safety.
Maintaining the optimal performance of movable elbows on-site is straightforward, requiring only occasional lubrication to ensure their smooth and efficient operation.
