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Coolant Rotary Joints

Imagine an industrial machine that requires cooling while in operation, similar to how our vehicle engine needs coolant. Coolant rotary joints are a solution to this problem since they allow coolant to circulate through the machine while it is spinning, minimizing heat buildup and maintaining a smooth operation. The machine would overheat if coolant rotary joints were not present, resulting in costly repairs and downtime.

Popular coolant rotary joint manufacturers in Mumbai, typically use high quality materials like stainless steel or brass during the manufacturing process. Additionally, these are engineered to endure the high temperatures seen in industrial environments. They are also intended to create a sealed connection between the stationary and spinning components, therefore avoiding coolant leakage.

In addition, some coolant rotary joints are designed to handle high-pressure fluids, allowing them to be used in high-pressure applications such as hydrostatic testing, pressure washing, and more.

Surprisingly, some coolant rotary joints can be customized with specialized coatings or materials to handle specific fluids and withstand harsh environments. This level of customization allows them to be used in a wide range of applications, making them a versatile and reliable solution.

As a trusted coolant rotary joint manufacturer in Mumbai, we always make sure to include carbide during the manufacturing process and ensure that it will not require any further filtration. Therefore, these high speed coolant unions with cut-off characteristics enable the seal faces to lose contact in the absence of pressurized liquid flow thus avoiding dry running.



Materials Used:

  • Seal Face: Silicon Carbide
  • Secondary Seals: Viton
  • Metal Parts: Aluminium, Stainless Steel
  • Available Size: 1/4" (DN08) - 3/8" (DN10)
  • Connection: BSP, NPT, Metric (RH/LH)

Applications

Mainly used in the Automotive industry, VMC, MQL, and as a coolant in machine tools.



Operating limits

  • Pressure: 2030 PSI/140 bar max
  • Temperature: 71°c to 160°F
  • Speed: 25000Rpm. (Max)