Leading En353 material Chemical Composition
The En353 steel bar become durable more and stronger. En353 rods the chemical composition include carbon 0.171%, Silicon: 0.3% , manganese:0.56 %, Chromium: 0.953%, Nickel:0.989%, phosphorous: 0.012%, Sulphur: 0.13%, molybdenum: 0.16% and remaining percentage is iron.
En353 round bar have good internal strength and have external strength which makes it high wear resistant. Acceptable for various automobile applications such as heavy duty gear shaft, pinion camshaft, gudgeon pins.
Key Features
- Alloy steel with nickel, chromium and molybdenum
- Good internal and surface strength
- High wear resistance
- Suitable for case hardening applications
- Good durability for demanding components
- Suitable for automotive and engineering parts
Applications
- Heavy-duty gear shafts for automobiles
- Pinions used in power transmission systems
- Camshafts for automotive applications
- Gudgeon pins and related engine components
- Industrial gears and mechanical components
- Wear-resistant machine parts
FAQs
EN353 alloy steel is offered as a carbon steel material for manufacturing parts and components that need good strength and toughness, along with high wear resistance. This grade is often used for parts in automotive applications and general machinery.
The EN353 material page is owned by the Polyester Coated Steel Wire Rope manufacturer, view the manufacturer page for contacts and other products. The main chemical constituents of this polyester coated steel wire rope are given as follows: carbon, silicon, manganese, chromium, nickel and molybdenum with iron as the balance. Actual composition should be obtained from the relevant material standard and material test certificate.
EN8 Round Bar is widely used for the purpose of making shafts, axles, studs, bolts, automotive components, connecting rods, spindles and other general engineering components. It finds its application where increased strength is required as compared to mild steel.
EN353 applications This steel is used for gears and other pieces of cars and engineering such as pinion gears, camshafts, and heavy-duty gear shafts and gudgeon pins. It can be also used for other mechanical components where high strength and good wear resistance are needed.
Choose selection in accordance with component design, required size, mechanical properties, heat-treatment condition and working environment. For a critical application the required grade and chemical composition should also be confirmed in the material test certificate.