H10/1.2365 Steel
H10/1.2365 Steel
H10/1.2365 steel is a high-performance mold steel material. It exhibits good hardenability and thermal strength, maintaining stable hardness and wear resistance at higher temperatures. This steel also possesses relatively high toughness, capable of withstanding significant impact loads.
H10/1.2365 steel is primarily used for manufacturing various hot-work molds, such as hot forging dies, hot extrusion dies, and hot pressing dies. Due to its excellent heat resistance and wear resistance, it is also suitable for fabricating components that need to withstand high temperatures and pressures.
When using H10/1.2365 steel, attention should be paid to its heat treatment process. Proper heat treatment can significantly enhance the steel’s hardness and wear resistance, while maintaining its good toughness and resistance to thermal fatigue.
In summary, H10/1.2365 steel is a high-quality mold steel material suitable for fabricating components that require withstanding high temperatures and pressures. It has broad application prospects.
Product Parameter Table
Chemical composition :
|
C |
Si |
Mn |
P |
S |
Cr |
Mo |
V |
|
0.35-0.45 |
0.80-1.25 |
0.20-0.70 |
≤0.03 |
≤0.03 |
3.00-3.75 |
2.00-3.00 |
0.25-0.75 |
Mechanical properties :
|
Hardness,HRC |
52 -56 |
|
Tensile strength,Mpa |
≥980 |
|
Yield strength Rp 0.2,Mpa |
≥730 |
H10/1.2365 steel, due to its exceptional heat resistance, wear resistance, and toughness, finds wide application across multiple industrial sectors.
Application
1. In the extrusion industry, H10/1.2365 steel is frequently used to manufacture key components such as extrusion dies, liners, valve stems, pressure pads, and mandrels. These components need to withstand high temperatures and pressures during the extrusion process, and the properties of H10/1.2365 steel make it capable of meeting these requirements.
2. In the forging industry, H10/1.2365 steel is used to make molding dies, stamping dies, and stamping mandrels. These dies and mandrels must endure high temperatures and impact loads during the forging process, and the toughness of H10/1.2365 steel allows them to maintain a long service life.
3. H10/1.2365 steel also excels in the die-casting industry. It is used to manufacture die-casting molds, mold inserts, hot-shear blades, and molds for brass and light metal processing. These components need to withstand high temperatures and pressures during the die-casting process, and the heat resistance and wear resistance of H10/1.2365 steel make it an ideal choice.
4. H10/1.2365 steel can also be used to make hot extrusion dies, hot punching dies, and hot forging dies, primarily for aluminum alloy die-casting molds. At the same time, due to its good high-temperature quality and resistance to processing, it is also suitable for cold hobbing and for use in pressure machines and feed-through mandrels for transferring supplements.
In summary, H10/1.2365 steel occupies an important position in mold manufacturing and related industrial fields due to its excellent properties and wide range of applications.
Customer Testimonials
High Heat Resistance and Durability
“We’ve been using H10/1.2365 steel for a while now, and it’s been exceptional in high-temperature applications. It holds up well under heat and pressure, making it perfect for our tool and die production.”
Excellent Wear Resistance
“H10/1.2365 steel offers excellent wear resistance. It’s perfect for molds that undergo heavy use and are exposed to abrasion, reducing the need for frequent maintenance and extending the service life.”
Ideal for Tough Jobs
“Whenever we have demanding jobs that require precision and toughness, we turn to H10/1.2365 steel. Its resilience in extreme conditions makes it the ideal choice for high-stress applications.”
Easy to Machine and Finish
“We find H10/1.2365 steel relatively easy to machine, which helps with quick production times. It’s also straightforward to polish, providing the smooth finishes needed for precision components.”
Reliable Performance in Complex Molds
“H10/1.2365 has proven itself in producing complex molds. Whether it’s for automotive or aerospace components, we trust its performance and consistency across multiple production cycles.”
