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Metals Processing

casters
rolls of steel
steel industry
  • casters
  • rolls of steel
  • steel industry

Kadant is a trusted partner to the metals processing industry, providing advanced fluid-handling technologies that keep critical processes running smoothly. Kadant rotary joints and unions are engineered for demanding applications such as smelting, casting, hot and cold rolling, reheating, extrusion, galvanizing, and rebuilding, where reliable media transfer, precise sealing, and fast and reliable delivery improve uptime and reduce energy costs. Backed by fast delivery and responsive support, Kadant ensures mills and rebuilders receive the right products when they need them most, minimizing downtime and protecting production schedules.

C-Cast™ Rotary Unions

C Cast IndustryKadant’s C-Cast rotary union is a durable, low-maintenance solution engineered for continuous casting machines in the metal processing industry. Available in external and internal (journal-inserted) mounted designs with single and dual-flow configurations, it reliably transfers cooling water and other media into casters found throughout the casting process. With minimal moving parts, low maintenance needs, and fast delivery, C-Cast rotary unions are a preferred choice of steelmakers and OEMs worldwide.

RX® Rotary Unions

RX Union IndustryThe RX rotary union is a high-performance solution designed for water and thermal oil service in metal processing applications such as rolling mills, coil processing lines, and continuous casting operations. Engineered with a balanced mechanical seal and precision bearings, the RX rotary union supports high-speed rotation and heavy thrust loads for reliable operation in demanding environments. Available in single or dual-flow configurations, it delivers durable performance and easy maintenance with fast delivery.

BCI™/BCIM™ Rotary Unions

BCI IndustryKadant BCI/BCIM rotary unions are engineered for continuous casting steel segment rolls in the metal processing industry, delivering reliable water service performance in high-temperature, high-vibration environments. The Bearing Cover Inserted (BCI) design mounts inside the bearing cover, keeping the rotary union protected from steel breakouts and eliminating side loading from external hoses. Proven through field testing to operate for multiple casting campaigns without repair, BCI/BCIM rotary unions combine durability, simplicity, and fast delivery.

Over-The-Shaft (OTS) Rotary Unions

OTS Union IndustryKadant Over-the-Shaft (OTS) rotary unions are engineered for metal processing applications that require fluid transfer through roll journals with internal passages. Designed to seal around the journal and transfer water, steam, air, or other fluids as the roll rotates, the OTS rotary union ensures efficient and reliable operation in demanding environments.

FAQ

What role do Kadant products play in casting applications?

Casting involves pouring molten metal into molds to form billets, slabs, or components. Kadant’s BCI, C-Cast, RX, and Over-the-Shaft (OTS) rotary unions ensure secure transfer of water and hydraulic fluid for mold cooling. These products help casting lines achieve consistent product quality and reduce rework.

What are the advantages of the C-Cast rotary union?

The C-Cast rotary union is designed for continuous casting machines and features a large bearing area, deep grease galleys, and Quad-Seal O-rings for contaminant protection. With few moving parts and low maintenance needs, it offers long service life and fast delivery for steel producers worldwide.

How does the RX rotary union improve performance and reliability?

The RX rotary union features a balanced mechanical seal, precision bearings, and high thrust load capability for water and thermal oil service. It’s built for high-speed, high-pressure applications and includes advanced seal technology that reduces maintenance and extends operating life.

Where are Over-the-Shaft (OTS) rotary unions used in metal processing?

OTS rotary unions are used with roll journals that have internal passages for fluid flow, commonly found where fluid conveyance occurs on the same end as the drive system. They seal around the journal and transfer fluids through the rotating shaft, ensuring efficient temperature control and reliable performance.