Shanghai Metal Corporation

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High-quality copper decorative board from SMC. read more
Precise choose! Steel Pipe Line From SMC read more
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Aluminum roofing sheet has become a leading roofing material in the market read more
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Other Building Material

Steam Turbine Blades

Blade classification: fixed blade, moving blade and guide blade.

Material grades: 22Cr12NiMoWV, ZCrlZnimo 1wiv, 1Cr13, 2Cr13, 1Cr11MoV, 1Cr12W1MoV, TiAl6V4 and TiAl7Mo4, etc.

Product Detail | Technical Information | Packaging

Product Detail

Shanghai Metal Corporation is a professional manufacturer and supplier of Steam Turbine Blades with high quality and reasonable price.

Our Steam Turbine Blades, meticulously fabricated from premium-grade high-strength materials, possess extraordinary durability and unwavering reliability in the most demanding operating environments. The blades are precision-engineered with advanced manufacturing techniques, ensuring optimal aerodynamic performance to maximize energy conversion efficiency. Their robust construction enables them to endure extreme conditions.Each blade is designed and tested rigorously to meet the strictest industry standards, supporting the seamless integration of the rotor, stator, and other key components within the complex machinery of a steam turbine. Not only do they play a pivotal role in converting thermal energy into mechanical energy and then into electrical energy with high precision, but they also contribute significantly to the overall longevity and performance of the power generation system, underpinning the essential energy supply that drives our daily lives and industrial progress.

If you want to know more about Steam Turbine Blades price please feel free to contact us, we will reply you within 24 hours

Material: High - quality alloy steel, superalloys, and advanced ceramic composites meticulously selected for steam turbine applications.
Surface Treatment: Special anti - corrosion and anti - oxidation coatings are applied to withstand the corrosive effects of steam and chemicals present in the power plant.
Dimensions: Customizable according to different power generation requirements, plant layouts, and steam flow conditions.
Power Generation Capacity: Capable of generating power from several megawatts to hundreds of megawatts, depending on the turbine size and design, meeting the diverse energy demands of urban areas, industrial clusters, and large-scale power grids.

Corrosion - resistant surface treatment ensures long - term durability and reduces maintenance efforts. The advanced coatings and treatments protect the turbine components from the aggressive action of steam and chemical substances, minimizing the need for frequent repairs and replacements.
Efficient power generation capacity allows for reliable supply to medium - to large - sized power grids. The optimized design and engineering of the turbine enable it to convert steam energy into electrical energy with high efficiency, contributing to the stability and adequacy of the power supply.
Weather - proof design withstands high - temperature steam, pressure fluctuations, and mechanical vibrations. The turbine is built to endure the harsh operating conditions inside a power plant, ensuring continuous and stable operation even during peak loads and extreme circumstances.
Easy installation and maintenance procedures cut down on downtime and boost overall operational effectiveness. Modular design and standardized components make installation and maintenance tasks more manageable, reducing the time required for shutdowns and improving the overall productivity of the power plant.

Energy Generation: Produces clean electricity for cities, industrial parks, and large-scale power grids. Steam turbines are the backbone of thermal power generation, converting the heat energy from burning fossil fuels or nuclear reactions into electrical energy with high efficiency.
Power Supply: Integrates seamlessly into centralized power supply systems, providing a reliable and continuous source of power. They play a crucial role in maintaining the stability and reliability of the power grid, especially during periods of high demand.
Renewable Energy Projects: Can also be used in some hybrid power generation systems that combine steam power with other renewable sources such as biomass or geothermal energy. In these cases, steam turbines help to smooth out the power output and enhance the overall efficiency of the project.

Technical Information of Steam Turbine Blades:

Backpressure	kPa	Blocking backpressure	10kPa	14kPa	20kPa	25kPa	30kPa	32kPa	34kPa		Maximum full back pressure
High pressure cylinder exhaust temperature	C	330.3	330.4	331.4	333.1	335.1	336.9	337.6	—338.3		340.2
Main steam flow	kg/h	1025951	1027445	1035859	060268	1083429	1104900	1112992	1120826		1142839
Reheat steam flow	kg/h	865382	866602	873286	892680	911019	927991	934373	940552		957901
Low pressure cylinder exhaust steam dryness	%	93.36	93.2	93.25	94.12	95.02	96.15	96.12	96.39		97.16
Low pressure cylinder exhaust enthalpy	kJ/kg	2417.6	2422	2436.3	2471.3	2501.6	2527.9	2537.4	2546.4		2570.9
Low pressure cylinder exhaust flow	kg/h	668246	673961	686461	709181	728363	745832	752376	758697		776423
Makeup water rate	%	0	0	0	0	0	0	0			0
Final feed water temperature	C	271.8	271.9	272.4	273.8	275.2	276.5	276.9	2774		278.6
Steam turbine characteristic data at TMCR flow rate
Backpressure	kPa	Blocking backpressure	10kPa	14kPa	20kPa	25kPa	30kPa	32kPa		34kPa	Maximum full back pressure
Unit output	MW	356.596	356.246	354.479	348.531	342.164	336.380	334.231		332.182	326.539
Heat consumption of steam turbine generator setvalue	kJ/kWh	8141.9	8149.9	8189.45	8330.1	8485.1	8630.9	8686.4		8740.0	8890.9
Main steam pressure	MPa(a	16.7	16.7	16.7	16.7	16.7	16.7	16.7		16.7	16.7
Reheat steam pressure	MPa(a)	3.799	3.799	3.799	3.799	3.8	3.8	3.8		3.8	3.8
High pressure cylinder exhaust pressure	MPa(a	4.221	4.221	4.222	4.221	4.222:	4.222	4.222		4.222	4.222
Main steam temperature	C	538	538	538	538	538	538	538		538	538
Reheat steam temperature	C	538	538	538	538	538:	538	538		538	538
High pressure cylinder exhaust temperature	C	338.9	338.9	338.9	338.9	338.9	338.9	338.9		339.0	339.0
Main steam flow	kg/h	1128783	1128783	1128783	1128783	1128783	1128783	1128783		1128783	1128783
Reheat steam flow	kg/h	946761	946761	947063	946788	946800	946810	946803		946807	946831
Low pressure cylinder exhaust steam dryness	%	93.24	93.04	93.0	93.75	94.75	95.67	96.01		96.34	97.25
Low pressure cylinder exhaust enthalpy	kj/kg	2414.7	2418.3	2430.3	2462.4	2495.1	2524.3	2535.0		2545.2	2573.1
Low pressure cylinder exhaust flow	kg/h	723945	729246	737639	747358	753789	759287	761286		763193	768440
Makeup water rate	%	0	0	0	0	01	0	0		0	0
Auxiliary machine cooling water temperature	C	-	-	-	-	-	-	-		-	-
Final feed water temperature	C	277.8	277.8	277.9	277.8	277.8	277.8	277.8		277.8	277.8

Packaging of Steam Turbine Blades:

Shanghai Metal Corporation spares no effort to guarantee that all steam turbine blades are packaged and labeled following the most stringent industry standards and customer requirements. The protection of these precision-engineered components during transportation and storage is of paramount importance. We utilize highly durable packaging materials and provide conspicuous labeling for easy recognition. Moreover, bespoke packaging arrangements can be provided at the request of customers to accommodate the unique demands of diverse projects. By doing so, the integrity and quality of the steam turbine blades are preserved from the production line to the installation site, ensuring the seamless and efficient installation of steam turbines.

1) Individual Packaging: Each blade is individually wrapped with shock-absorbing and scratch-resistant materials, such as high-density foam or soft plastic films. This safeguards the blade's delicate edges and surfaces from potential damage during handling and transit.

2) Carton Boxes: Blades are then placed in custom-designed carton boxes. These boxes are made of thick, corrugated cardboard that offers additional protection against impacts and provides a stable environment. The carton boxes also have built-in compartments or dividers to keep the blades separated and prevent them from rubbing against each other.

3) Wooden Crates or Pallets: For long-distance transportation or when extra security is needed, the carton boxes containing the blades are further secured on wooden crates or pallets. The wooden structures are built to withstand heavy loads and rough handling, ensuring the blades arrive at their destination intact.

4) Anti-Rust Measures: Given that steam turbine blades are often exposed to humid environments or may come into contact with moisture during transit, anti-rust treatments are applied. This could include coating the blades with a thin layer of rust inhibitor or placing desiccant packs inside the packaging to absorb any moisture.

5) Marking and Labeling: Clear and comprehensive markings are made on the packaging. This includes the blade model, part number, manufacturing date, batch number, and any special handling instructions. Such information enables quick identification and proper handling of the blades at all stages of the supply chain.

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Products & Service

Steam Turbine Blades

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