BE Series Silicon Carbide and Carbon Graphite Seal Faces Rotary Joint
Rotary Unions for Compressed Air and Coolants, BE Series
Rotary Joint, is also called rotary union or swivel joint.
The BE rotary union uses a balanced seal design with special ball bearing or optional tapered roller bearings to support the rotor.
This rotary union adopts the latest technology in mechanical seal design for water application. The high thrust load capability and carbon-to-silicon (or Tungsten) carbide seal package makes the BE has a longer life and with less maintenance requirements than other ball bearing designs.
All O-rings are fully captured in glands and seal-loading springs do not contact the process fluid.
The BE features a barrier in the seal chamber to extend bearing life and a nipple and assembly plate made of stainless steel.
Available in single- and dual-flow configurations and sizes from 3/8" to 6", the BE rotary union is capable of operating up to 120° C, 15 bar, and 3,000 RPM.
|1. Balanced seal design||1. Long running life, dry running capability|
|2. Multi loading springs do not contact fluid||2. High capacity for conventional applications|
|3. Precision ball bearing support||3. Low Pressure Drop|
|4. External loaded springs||4. Uniform seal loading|
|5. Matched seal faces||5. Materials selected for specified service|
|6. Integral nipple flange mounting||6. Rigid mounting and accurate alignment|
|7. On-machine seal replacement||7. Reduced maintenance|
Spring located outside of flow path, optimized balanced seal assembly,precision ball bearing design,suitable for severe conditions,Silicon Carbide and carbon graphite seal faces, general purpose applications,long life and good stability, no maintenance required
Tengxuan Technology now brings you the be series silicon carbide and carbon graphite seal faces rotary joint made in China. We're one of the leading manufacturers and suppliers in China, offering you the customized machine according to your requirement. Please rest assured to buy the equipment with our factory.