
Scansiona il codice WeChat per contattarci

Scansiona il codice WeChat per contattarci
Sentiti libero di inviarci un'e-mail e ti risponderemo il prima possibile.
Creare il futuro con cuore e anima

Un trattamento termico adeguato è fondamentale per ottenere il meglio dall'acciaio, soprattutto per getti ferroviari ad alta richiesta.
Oggi, i treni stanno diventando più veloci e trasportano carichi più pesanti. Perciò, the parts used must be highly reliable and long-lasting. As a manufacturer specializing in railway castings, we understand that material quality is crucial for safe train operation. Infatti, steel is now the top choice for critical railway castings like gearbox housings, axle housings, and stator compression rings due to its excellent mechanical properties.

Different railway castings require different steel properties depending on their working conditions. Di conseguenza, scientific heat treatment is essential to unlock the material’s full potential.
1.2 Gearbox Housing Example
Per esempio, alloggiamenti del cambio face complex changing loads. Di conseguenza, we use low-alloy high-strength steel and apply specific normalizing and tempering processes to achieve the best performance.
1.3 Stator Ring Optimization
Allo stesso modo, stator compression rings need even higher strength. Perciò, we select a different steel grade and use a tailored heat treatment cycle. È importante sottolineare che, by carefully controlling the tempering temperature, we can optimize the final properties of the railway casting.

2.1 Normalizing Process
Heat treatment works by altering the internal structure of the steel, which directly affects its overall properties. Nello specifico, normalizing refines the steel’s grains and creates a more uniform structure. This process, as a result, increases the overall strength and toughness of the railway casting.
2.2 Customized Approaches
Di conseguenza, we use different heat treatment methods based on the specific design of each railway casting. Ad esempio, complesso alloggiamenti del cambio undergo a special sub-temperature normalizing process.
2.3 Resulting Benefits
This method, therefore, results in a fine internal structure that offers an excellent balance of strength and ductility.
3.1 Alloggiamenti del cambio
We use a specific high-strength steel and apply normalizing and tempering processes. This approach ensures this vital getto ferroviario is strong yet tough enough to handle shocks and vibrations during operation.
3.2 Axle Housings
This part is a critical load-bearing component in the bogie. Perciò, we use an optimized heat treatment. This ensures the railway casting maintains sufficient impact resistance even at extremely low temperatures down to -40°C.
3.3 Stator Compression Rings
For these components needing high strength and stable dimensions, we use a different steel grade. By precisely controlling the heat treatment parameters, we finally produce a high-performance railway casting that meets all requirements.
4.1 Research and Development
Luoyang Fonyo Heavy Industries Co., Ltd. continuously research better heat treatment technologies. Per esempio, we use a self-developed quenching medium in our experiments. Di conseguenza, we achieve much higher strength while maintaining good elongation.
4.2 Garanzia di qualità
Allo stesso tempo, we follow strict industry standards for quality control. Nello specifico, we perform thorough mechanical tests and microstructure analysis on every batch of railway castings. This careful checking, therefore, guarantees consistent and reliable product quality.
As a specialist in the railway castings field, Luoyang Fonyo Heavy Industries Co., Ltd. will keep improving our steel and heat treatment research. In definitiva, through combining material and process innovation, we are committed to providing safer and more durable railway castings for the global rail industry.
Let’s work together to advance railway casting technology for safer and more efficient rail transport! Please visit our website to learn more about our products at www.railwaypart.com