In this study, S50C steel was hot dipped into molten Al–Fe alloy with different Fe content; when the Fe content exceeded 23 wt.%, the hot-dip coating on S50C steel cannot be achieved due to lack of wetting. Using Vicker’s hardness, vane-on-disc wear, and laser specular reflection tests, the Al–23-wt.% Fe alloy hot-dip coating showed high hardness, wear resistance, and surface glossiness. CLSM, SEM, and EDS were used to observe the interface reaction between S50C steel and the hot-dipped Al–23wt.% Fe alloy after an annealing treatment at 650°C–850°C. Because Fe could not diffuse into the Al–23-wt.% Fe alloy, the Al–23-wt.% Fe alloy had no interfacial reaction layer; only the S50C steel formed the Fe3Al intermetallic compound during the therm...
In order to reduce the intermetallic compounds formed during the application of an Al–7Ni wt % hot-d...
Abstract. A hot dip aluminizing process to simulate the continuous galvanizing line (CGL) was carrie...
High-temperature corrosion of carbon steel in N2/0.1% H2S mixed gas at 600–800 °C for 50–100 h was s...
Hot-Dip-Aluminizing, is a versatile technique for protection of iron and steel from harsh environmen...
The properties of hot-dipping A359 aluminum alloys can be improved by strategically placing the S45C...
In the present study, medium carbon steel has been hot dip aluminized (HDA) typically at 973 K/1-2 m...
During the die-casting process as well as the hot forming process, the tool is subjected to complex ...
Soldering reactions are commonly observed during high pressure die casting of aluminium alloys, and ...
Heat treatment was introduced onto the aluminum coated low carbon steel to promote the formation of ...
The aim of this work was to evaluate the feasibility of a hot-dipping aluminizing process, for the s...
Aluminized steel possesses excellent physical, chemical and mechanical properties as compared to pla...
In order to improve the magnetic properties of electrical steels, it may be desirable to increase th...
Mild Steel, on hot dip aluminizing, develops a coating which reveals a soft, outer Al layer followed...
In this work, Al7SiMg/steel compound castings were produced through a low-pressure die casting proce...
Compound castings between aluminum and steel have great potential for applications in the automotive...
In order to reduce the intermetallic compounds formed during the application of an Al–7Ni wt % hot-d...
Abstract. A hot dip aluminizing process to simulate the continuous galvanizing line (CGL) was carrie...
High-temperature corrosion of carbon steel in N2/0.1% H2S mixed gas at 600–800 °C for 50–100 h was s...
Hot-Dip-Aluminizing, is a versatile technique for protection of iron and steel from harsh environmen...
The properties of hot-dipping A359 aluminum alloys can be improved by strategically placing the S45C...
In the present study, medium carbon steel has been hot dip aluminized (HDA) typically at 973 K/1-2 m...
During the die-casting process as well as the hot forming process, the tool is subjected to complex ...
Soldering reactions are commonly observed during high pressure die casting of aluminium alloys, and ...
Heat treatment was introduced onto the aluminum coated low carbon steel to promote the formation of ...
The aim of this work was to evaluate the feasibility of a hot-dipping aluminizing process, for the s...
Aluminized steel possesses excellent physical, chemical and mechanical properties as compared to pla...
In order to improve the magnetic properties of electrical steels, it may be desirable to increase th...
Mild Steel, on hot dip aluminizing, develops a coating which reveals a soft, outer Al layer followed...
In this work, Al7SiMg/steel compound castings were produced through a low-pressure die casting proce...
Compound castings between aluminum and steel have great potential for applications in the automotive...
In order to reduce the intermetallic compounds formed during the application of an Al–7Ni wt % hot-d...
Abstract. A hot dip aluminizing process to simulate the continuous galvanizing line (CGL) was carrie...
High-temperature corrosion of carbon steel in N2/0.1% H2S mixed gas at 600–800 °C for 50–100 h was s...