OEM Stainless Steel Factory Investment Casting Hardware Turbine Casting Part

Core Processing & Customization Services

Precision Forming Process

The TA010 Turbine Casting Part is manufactured through a two-step core process: Investment Casting combined with high-precision CNC Machining. This process ensures the part’s complex structure meets strict dimensional requirements for fluid dynamics applications. The casting stage adopts lost wax technology, which can accurately replicate the blade profile and internal flow channel of the turbine. The subsequent CNC machining covers turning, milling, drilling, and grinding processes, which further optimize the part’s surface precision and assembly fit.

Customized Solutions

We provide full-process OEM customization for this product. The material can be flexibly selected from a wide range, including austenitic stainless steel (304, 316L), hardened stainless steel (17-4PH), and alloy cast steel (4140), to adapt to different working conditions. The product weight can be customized from 1g to 30kg, and the minimum thickness can reach 1mm in micro-regions. We support design file formats such as IGS, STP, and XT, and use Pro-E and Solidworks for collaborative development to meet the personalized needs of customers.

Core Advantages & Application Scenarios

Outstanding Performance Advantages

This turbine casting part has three core advantages. First, it contributes to energy savings and helps improve the overall efficiency of the equipment. Second, it requires low starting torque, which reduces the initial operation load of the turbine. Third, it optimizes heat transfer efficiency and enhances the heat exchange effect in high-temperature working environments. The product’s surface roughness is controlled between Ra1.6 and Ra6.3, and the casting tolerance complies with CT4-CT7 standards, ensuring stable performance in long-term operation.

Diversified Application Fields

The product is widely used in key fields such as nuclear power plants for power generation, renewable energy systems including tidal and geothermal turbines, oil refineries to drive pumps and compressors, and chemical manufacturing for mixing and processing equipment. It plays a key role in converting fluid energy into mechanical energy and is the core component of fluid dynamic equipment.

Quality Assurance

Certification & Standard Compliance

The product has passed ISO9001:2015 quality system certification, and all production links comply with international standards such as ASTM, DIN, and JIS. The casting radius strictly follows the standard of round radius ≥0.3mm and internal fillet radius ≥0.5mm, which avoids stress concentration and improves structural stability.

Strict Quality Testing

We use professional testing equipment for full inspection of each batch of products. The heat treatment processes including annealing, hardening, and carburizing are strictly controlled to ensure the mechanical properties of the parts. The surface treatment options such as black oxide and mirror polishing not only improve corrosion resistance but also meet the appearance requirements of different application scenarios.

Uses:

1. 1. Nuclear Power Plants: Used in nuclear power plants to generate electricity.

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3. 2. Renewable Energy: Critical in various renewable energy systems, such as tidal and geothermal turbines.

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5. 3. Oil Refineries: Drive pumps and compressors in oil refining processes.

       4. Chemical Manufacturing: Used in chemical mixing and processing equipment.

Advantages:

1. 1. Energy Savings: Contribute to energy-saving initiatives.

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3. 2. Low Starting Torque: Require low starting torque for initiation.

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      3. Improved Heat Transfer: Enhance heat transfer processes.

The Turbine is a kind of Turbine Accessories. Here are some specific application scenarios of Turbine Accessories:

1. Fertilizer Production: Used in mixing and processing fertilizers for agriculture.

2. Aquaculture: Employed in fish farms for water circulation and aeration, supporting fish health and growth.

3. Sewage Pumping Stations: Used in sewage pumping stations to ensure efficient wastewater transportation and treatment.