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Integral submerged entry nozzle

整体水口

One continuous refractory from the tundish seat to the mould.

Application
Tundish seat → below the mould steel surface
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Integral submerged entry nozzle — illustrative product structure
Illustrative structure, not a dimensional drawing. Final designs follow agreed drawings.

Product overview

Here, integral nozzle means a one piece submerged entry nozzle: the inlet seat, tube and submerged end form one component. The seat can work with a stopper. This is a structural member of the submerged nozzle family, distinct from a tube joined through a quick change sliding interface.

Product range
Integral submerged entry nozzles with matched seat, length and outlets.
Application context
Tundish to mould installations arranged for a one piece nozzle.

Application and installation

The inlet sits at the tundish outlet and the continuous tube extends through the bottom into the mould. The diagram includes a stopper; review the full mounting envelope and orientation.

One piece submerged entry nozzle extending from the stopper seat into the mould.
Tundish to mould · Simplified installation cutaway; equipment and proportions are illustrative. View larger image

Structure and steel flow

With the stopper raised, steel passes around the nose into the inlet, down the bore and through the submerged outlets. The illustrated version uses side ports.

One piece submerged entry nozzle extending from the stopper seat into the mould.
Numbers match the descriptions. Orange indicates steel; arrows show flow. Not to scale.
  1. 1

    Inlet seat

    Works with the stopper nose to define the flow gap.

  2. 2

    Integral body

    No quick change sliding joint is shown in this continuous body.

  3. 3

    Slag line zone

    Position and material depend on immersion and flux.

  4. 4

    Submerged outlets

    Opposed side ports and a closed axial base are illustrated.

Product range and matching considerations

Product variants and review points
Integral constructionOne component joins the seat and submerged end.
Side port optionOutlet arrangement and connection type are separate design choices.

Name the structure precisely

Integral means one piece SEN here, not a separate upper nozzle.

Check installation space

Review length and mounting with both tundish and mould drawings.

Functions and selection considerations

Continuous passage

The inlet and submerged end belong to a single refractory component.

Stopper matching

The seat and stopper nose must have compatible profiles.

Submerged delivery

Outlet geometry directs steel into the mould below its surface.

Information for product selection

Drawings and operating details help confirm product fit and service requirements.

Product selection information
SeatStopper nose, inlet profile and alignment requirements
InstallationOverall length, tundish bottom depth, support and mounting
Submerged endMould section, level, immersion and outlet direction
ServiceSteel grade, temperature, flux and casting sequence

Materials, dimensions and service requirements are subject to the agreed technical documents.

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Address
Dongliu Village, Luocun Town, Zichuan District, Zibo, Shandong, China
[email protected]

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