Blog

2026-4-08

Analysis of Steam Turbine Sealing Technology: The Guardian of Efficient Opera...
During the operation of a steam turbine, its rotor rotates at high speeds. To prevent friction arising from the dynamic-to-static clearances between the main shaft and the turbine casing ends—and to a
2026-4-07

Turbine Steam Seals in Normal Operation: Temperature—The Invisible Driver of ...
Once the steam turbine enters a steady-state operating condition, the steam supply temperature to the front shaft seal effectively becomes a "fine-tuning knob" influencing the unit's overall efficienc
2026-4-06

Unveiling the Forms of Steam Turbine Seals
A labyrinth seal is akin to fitting a steam turbine with a set of Russian nesting dolls; its layered, toothed structure compels the steam to follow a zigzagging path. By repeatedly altering the direct
2026-4-05

Where is the steam seal sleeve located on a steam turbine?
The turbine steam seal assembly acts as the "gatekeeper" of the steam system, firmly positioned at the critical interface between the rotor and the stator.
2026-4-04

Exploring the Secrets of Turbine Sealing Systems
Resembling a winding corridor, these utilize multiple rows of teeth and grooves to throttle the steam flow, making them ideal for high-temperature and high-pressure environments.
2026-4-03

Unveiling the Location of Turbine Steam Seals
The front and rear steam seals of a steam turbine are situated at opposite ends of the rotor: the front seal is located near the inlet of the high-pressure cylinder, while the rear seal is positioned
2026-4-02

Classification of Steam Turbine Glands
Blade seals comprise radial and axial seals situated between the blade shrouds of the moving blades and the stationary blades or diaphragms, as well as radial and axial seals located between the blade
2026-4-01

The Critical Role of Steam Turbine Gland Seals
A steam turbine consists of two major components: the stator and the rotor. During operation, the rotor spins at high speed while the stator remains stationary; consequently, a specific clearance must

First 12 Last 2/2