Live Ferro Manganese Slag rates — a versatile by-product of Ferro Manganese production.
Available through Metalsbuy, Ferro Manganese Slag is formed during the production of Ferro Manganese alloys crucial for strengthening steel. Comprising key elements like Manganese, Silicon, Iron, Aluminium and trace amounts of Calcium, this slag boasts a versatile chemical composition that enhances various industrial applications.
It contributes to steel quality and durability, strengthens construction materials, aids soil conditioning in agriculture, and plays a vital role in environmental remediation and wastewater treatment.
Its most important industrial use is one that is easy to miss: it goes straight back into the alloy chain. The slag tapped from High Carbon Ferro Manganese production still holds a substantial share of manganese — enough that it is a recognised raw material for making Silico Manganese, charged alongside manganese ore in the submerged arc furnace. That is what makes the by-product genuinely valuable rather than merely disposable, and it is why alloy producers buy it.
Because it is a by-product, the analysis varies between producers and between campaigns far more than a manufactured alloy does. Manganese content is the figure that decides its worth, and it should be checked lot by lot rather than assumed from a previous consignment.
Beyond the furnace, the material also finds use in construction and as a mineral input where its calcium and silicon content is useful.
This is a by-product, not a manufactured alloy, so the analysis moves between producers and between production campaigns. The recoverable manganese is what you are actually buying. Ask for an analysis of the specific lot rather than a typical figure.
If the intention is to recover manganese in a submerged arc furnace, the slag has to fit your existing charge balance — silica, alumina and lime all affect slag volume and power draw. Trial a lot before committing to a running quantity.
Slag breaks down in transport and handling. Excessive fines are difficult to charge, create dust and reduce recovery. Agree the size range and the acceptable fines percentage in the order.
'Slag' covers several by-products with very different chemistry. Ferro Manganese slag from High Carbon production is manganese-rich and useful; slag from other processes is not the same material. Confirm the source process, not just the name.
It is the slag tapped during the production of Ferro Manganese alloys. It contains manganese, silicon, iron, aluminium and traces of calcium, and it retains enough manganese to be a useful raw material rather than a waste product.
Its main industrial use is as a raw material for Silico Manganese production, where it is charged alongside manganese ore to recover the manganese it still contains. It is also used in construction materials, in soil conditioning and in environmental and wastewater applications.
It varies. Being a by-product, the analysis differs between producers and between production campaigns far more than a manufactured alloy does, so the manganese figure should be confirmed for the specific lot being offered.
Not entirely, but it can form part of the charge in Silico Manganese production and reduce the ore required. Whether it works for a given furnace depends on the slag chemistry fitting that operation's existing charge balance.
No. It is a by-product with recoverable manganese value, which is why alloy producers buy it as an input. Treating it as waste means discarding manganese that has already been paid for once.
Principally on recoverable manganese content, which is why a lot-specific analysis matters more here than with a manufactured alloy of guaranteed specification.