10NiCr5-4 use

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Introduction 1.4108NiCr5-4 is a high-alloy Chrome steel with a nickel-chromium content of 5-4%, which is mainly used in the production of engineering components, valves and automotive parts. The material has the following advantages over other alloys: 1. It has superior strength and ductility. ......

Introduction

1.4108NiCr5-4 is a high-alloy Chrome steel with a nickel-chromium content of 5-4%, which is mainly used in the production of engineering components, valves and automotive parts.

The material has the following advantages over other alloys:

1. It has superior strength and ductility.

2. It is corrosion resistant.

3. It is resistant to temperature changes and oxidation.

4. It is suitable for welding, rolling and hammering.

5.It has excellent machinability.

Uses

1.4108NiCr5-4 is used in a variety of engineering components. It is used in the production of shafts, flanges, crosshead pins, adjustable screws and other machine parts.

It is also used in the manufacture of automotive components such as cam shafts, rocker arms, flywheels and crankshafts.

The material is also used in the production of valves. It is used to manufacture pressure relief valves, safety valves and check valves.

1.4108NiCr5-4 is used in the production of petrochemical equipment such as pipelines, pressure tanks and boilers.

Advantages

1.4108NiCr5-4 is a cost-effective material compared to other alloys. Its corrosion resistance, temperature stability and ductility make it an ideal choice in many applications.

It is easy to machine and weld and is resistant to heat treatment. It also has good machinability and can be forged to shape.

It is also advantageous over other alloys in terms of its fatigue strength, which makes it suitable for components that need to withstand long-term stress.

Conclusion

1.4108NiCr5-4 is a high-alloy Chrome steel with a nickel-chromium content of 5-4%. It is mainly used in the production of engineering components, valves and automotive parts due to its superior strength, machinability and corrosion resistance. It is cost-effective compared to other alloys and is easy to machine, weld and hammer. Its excellent fatigue strength makes it suitable for components that need to withstand long-term stress.

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24/06/2023