Water Swiver

In mining, ore processing and mining equipment, high-pressure fluid transmission systems need to deal with extreme working conditions: high dust, strong vibration, corrosive media and continuous high-pressure operation. Water Swivel (high-pressure water rotary joint for mining) has become a core component for fluid transmission in mining equipment with its excellent sealing performance, durability and flexible adaptability, helping to improve operational efficiency and reduce maintenance costs. Water Swivel, specially optimized for mining scenarios, integrates high-strength materials and impact-resistant design. It can operate stably within the temperature range of -30°C to 180°C, under high pressure and high rotational speed of 5000 PSI, ensuring the leak-free transmission of media such as cooling water, hydraulic oil or slurry during equipment rotation and guaranteeing the continuous operation of mining machinery.

Core advantage

1.Adaptability to extreme working conditions

Corrosion-resistant structure: The shell is made of 316 stainless steel or titanium alloy, and the internal sealing parts are made of silicon carbide ceramic and perfluoroether rubber (FFKM), which can resist the erosion of acidic water, slurry and chemical media.

Shock-resistant design: Reinforced bearings and multi-layer buffer structure effectively absorb equipment vibration and instantaneous pressure fluctuations, extending service life.

2.Zero leakage high-pressure seal

The patented dynamic sealing technology, combined with the spring compensation system, always keeps the sealing surface closely attached when the drilling rig rotates, the conveyor belt swings or the hydraulic arm extends and retract, eliminating the risk of leakage.

3.Efficient heat dissipation and self-cleaning

Built-in circulating cooling channel to prevent sealing parts from aging due to high temperature; The dust cover is designed to prevent the intrusion of crushed stones and dust, reducing jamming faults.

4.Modular rapid maintenance

The split structure supports the individual replacement of key components (such as sealing rings and bearings) without disassembling the entire machine, significantly reducing downtime.