1116 high-speed rotary joints

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The 1116 series high-speed rotary joint is a core component designed specifically for deep hole drilling (gun drilling) and high-pressure coolant applications in machining centers. It is mainly used to achieve stable transmission of coolant or compressed air during high-speed spindle rotation. Widely used in standard spindle interfaces such as BT40 and BT50

Place of Origin: China
Customized processing: Yes
Installation form: flange thread
Material: Aluminum alloy stainless steel
Voltage resistance: 6MPA
Speed: ≤ 8000r/min
Media: cooling water, air, oil
Temperature resistance: 100 ℃
If there are special requirements, they can be customized. The delivery time will increase by 3-15 days and the cost will increase by 5% -50%. Most of our basic accessories are standardized, modular, and non-standard customized, which can greatly reduce costs and delivery time.
This rotary joint is a high-performance mechanical seal product that can be used in the machine tool industry, such as CNC machine spindles, deep hole drills, milling and grinding machines. The media used are coolant, air, and heat transfer oil. The application of new sealing technology in SD can solve the problem of medium leakage in multi medium applications, providing medium transportation during high-speed operation and stoppage of the spindle, ensuring that the spindle is not contaminated by the leaked medium and causing damage to the spindle bearings.
Smooth operation without vibration
Hardened stainless steel shaft
The shell is made of aluminum alloy or brass
Excellent balanced sealing reduces friction to a minimum;
The static ring is made of different materials such as graphite and bronze to meet different working conditions;
The balanced sealing load and wear are reduced to an extremely low limit, reducing torque;
The sealing material has self-lubricating properties, and the spring component is located on the outside of the fluid channel, which can reduce pressure loss and avoid the retention of particles in the medium, thereby improving the overall quality of the fluid.