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Cold water rotary joint is a connecting sealing device that inputs fluid medium from a stationary pipeline into rotating or reciprocating equipment, and then discharges it from there. Its core working principle is to use a balanced end face seal, with springs providing pre tension and allowing for automatic compensation and centering to ensure the reliability and durability of the seal.
| The mono flow cold water rotary joint features a waterproof and corrosion-resistant design. The housing is manufactured from high-quality cast copper, while the rotating shaft is made of stainless steel, ensuring excellent durability, strength, and long-term operational reliability. By integrating the advantages of internal sealing and mechanical end face sealing structures, the cold water rotary joint adopts a balanced sealing design. The rotating shaft and sealing components operate as a unified dynamic sealing system, effectively reducing uneven wear caused by misalignment between the sealing surfaces and static sealing elements. Additionally, the hollow shaft is supported by high-precision rolling bearings, which significantly reduces rotational torque, improves operational stability, and extends the overall service life of the rotary joint. |
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| The dual flow cold water rotary joint features a waterproof and corrosion-resistant structure. The housing is made of high-strength cast copper, while the rotating shaft is manufactured from stainless steel, ensuring excellent durability, corrosion resistance, and long-term operational stability. This dual flow cold water rotary joint also leverages the advantages of internal sealing and mechanical end-face sealing structures, employing an advanced balanced seal design. A reliable dynamic sealing system is formed between the rotating shaft and sealing components, effectively reducing uneven wear caused by misalignment between the sealing surfaces and static sealing rings, thereby improving sealing performance and service life. The dual flow structure allows simultaneous inlet and outlet of cooling water, improving heat exchange efficiency and making it especially suitable for equipment requiring continuous cooling circulation. |
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| Maximum speed | 1000RPM |
| Maximum pressure | 1.0MPa |
| Maximum temperature | 100° C |
| Applicable media | cold water, water, vacuum, air, etc. |
Cold water rotary joint is a connecting sealing device that inputs fluid medium from a stationary pipeline into rotating or reciprocating equipment, and then discharges it from there. Its core working principle is to use a balanced end face seal, with springs providing pre tension and allowing for automatic compensation and centering to ensure the reliability and durability of the seal.
| The mono flow cold water rotary joint features a waterproof and corrosion-resistant design. The housing is manufactured from high-quality cast copper, while the rotating shaft is made of stainless steel, ensuring excellent durability, strength, and long-term operational reliability. By integrating the advantages of internal sealing and mechanical end face sealing structures, the cold water rotary joint adopts a balanced sealing design. The rotating shaft and sealing components operate as a unified dynamic sealing system, effectively reducing uneven wear caused by misalignment between the sealing surfaces and static sealing elements. Additionally, the hollow shaft is supported by high-precision rolling bearings, which significantly reduces rotational torque, improves operational stability, and extends the overall service life of the rotary joint. |
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| The dual flow cold water rotary joint features a waterproof and corrosion-resistant structure. The housing is made of high-strength cast copper, while the rotating shaft is manufactured from stainless steel, ensuring excellent durability, corrosion resistance, and long-term operational stability. This dual flow cold water rotary joint also leverages the advantages of internal sealing and mechanical end-face sealing structures, employing an advanced balanced seal design. A reliable dynamic sealing system is formed between the rotating shaft and sealing components, effectively reducing uneven wear caused by misalignment between the sealing surfaces and static sealing rings, thereby improving sealing performance and service life. The dual flow structure allows simultaneous inlet and outlet of cooling water, improving heat exchange efficiency and making it especially suitable for equipment requiring continuous cooling circulation. |
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| Maximum speed | 1000RPM |
| Maximum pressure | 1.0MPa |
| Maximum temperature | 100° C |
| Applicable media | cold water, water, vacuum, air, etc. |
