High Speed Universal Flange Rotary Joint for Water

Description

The High Speed Universal Flange Rotary Joint for Water is a precision-engineered solution designed for efficient fluid transfer in high-speed rotating equipment. Built to handle continuous water flow between stationary and rotating components, this rotary joint ensures leak-free performance, long service life, and superior reliability in demanding industrial environments.

Whether used in cooling systems, paper machines, steel mills, or hydraulic processing equipment, this flange rotary joint for water provides stable and efficient operation under both high-pressure and high-temperature conditions.

Key Features 

Flange Connection Design

The HD-F features a robust flange connection that ensures secure and leak-proof installation. Allowing for easy integration into existing systems.

High-Speed Operation

The joint’s advanced bearing and seal design allows for smooth operation at rotational speeds up to 3500 RPM, minimizing wear and vibration.

Flanged Connection for Easy Installation

The flange-type interface offers strong mechanical stability and a secure, leak-resistant connection ideal for water or coolant applications.

Durable Sealing Technology

Equipped with carbon-graphite seals and stainless-steel housing, it prevents leakage and ensures consistent sealing even under fluctuating pressure and temperature.

Corrosion and Rust Resistance

We build the rotary joint from high-grade stainless steel (SS304/SS316), which effectively resists corrosion in water environments and, therefore, ensures long-term performance and durability.

Low Maintenance Design

Its self-supporting structure reduces maintenance intervals and allows for quick disassembly during servicing.

Universal Application Compatibility

Works effectively with both freshwater and coolant water systems, suitable for industrial machinery, printing machines, rubber processing, and cooling rolls.

Advantages of Using Our Flange Rotary Joint

• Enhanced Efficiency: Maintains continuous water circulation for stable process temperature.
• Leak-Free Operation: Advanced sealing technology minimizes downtime and fluid loss.
• Long Service Life: Wear-resistant materials ensure durability under harsh operating conditions.
• High Compatibility: Available in multiple sizes and flange standards (DIN, JIS, ANSI).
• Customizable Options: Optional multi-passage design and special materials available upon request.

Applications

Engineers and manufacturers widely use the Flange Rotary Joint for Water across various industrial sectors, as it efficiently transfers water to maintain precise temperature control and enhance overall process stability.

• Paper Industry: For water and steam supply in calendar rolls and drying sections.
• Steel & Metal Industry: For cooling rolls in continuous casting and rolling mills.
• Rubber & Plastic Industry: For mold temperature control and coolant circulation.
• Textile Industry: For dyeing cylinders and drying drums.
• Printing & Packaging: For water-cooled drums and heat exchange systems.

Why Choose Our High Speed Flange Rotary Joint for Water

Our Universal Flange Rotary Joints are manufactured with strict quality control and precision machining technology. Each joint is pressure-tested and dynamically balanced to ensure performance stability under high-speed rotation.

We provide OEM & customized solutions to meet unique process requirements, offering cost-effective alternatives to brands such as Deublin, Kadant, and Maier.

With over 10 years of rotary union manufacturing experience, our products are trusted by engineers, equipment manufacturers, and maintenance teams worldwide.

FAQs

Q1: Can the flange rotary joint handle both hot and cold water?
Yes, it can handle both hot and cold water within the operating range of -10°C to 180°C.

Q2: What maintenance does it require?
Minimal maintenance. Periodic inspection of seals and bearings ensures long-term reliability.

Q3: Is customization available?
Yes, we offer custom flange sizes, materials, and multi-passage designs based on your system requirements.