Alloy Briquettes Silicon Carbide Balls SiC Powder Corrosion Resistant 10 - 50MM

Alloy Briquettes Silicon Carbide Balls SiC Powder Corrosion Resistant 10 - 50MM

Introduction:

    Silicon carbide sphere is composed of SiC powder and SiC particle. Its material and main component are SiC. Silicon and carbon above 2000 C after power generation. Silicon carbide is very hard and has just passed through diamonds. It also has high hardness, wear resistance and corrosion resistance. Corrosion resistant, heat resistant mechanical parts.

Used:

1. Silicon carbide balls have good deoxidization effect. The use of silicon carbide balls in iron and steel industry can reduce the deoxidization time by 10% to 30%.

2. Silicon and oxygen have very stable affinity to form silicon dioxide. Silicon carbide balls are rich in silicon. Therefore, the use of silicon carbide balls in refining steel can play a role.

3. Silicon carbide balls are not only deoxidized in iron and steel industry, but also used to reduce SCO because they can rapidly reduce oxygen content in steel. Foundry

4. Silicon carbide spheres in castings continue to perform well. The use of silicon carbide spheres in castings can promote the formation of spherical crystals, promote the formation of spherical crystals and improve the quality of spherical crystals. A Casting greatly reduces the congestion of molten iron

Advantage​:

     1. Conducive to the reduction of production costs.

     2. Improve the quality of molten steel.

     3. Reduce the amount of alloy added.

     4. Adjust the main alloy.

Specification:

Graphic:

F & Q:

1. What is our MOQ?

Basically, our MOQ is 20 tons. There is no specific limit to order, we can give the best offer according to your situation.

2. Do you provide samples?

Yes, we do. Samples are always available and they can be sent to you directly.

3. How long does the delivery time take?

Our normal delivery time takes about 3 weeks once the contract singed, but it also depends on the quantity of the order.

4. Can we visit your plant?

Of course, we will be always looking for you.