Steel Ladle – HarbisonWalker International Refractory
Steel Ladle Refractory Solutions. HarbisonWalker International is one of the largest domestic manufacturers of steel ladle refractories. Our steel ladle refractory solutions are customized based on shop-specific conditions to optimize refractory performance and improve safety, refractory life and yield.
Ladle Castable – RONGSHENG – Refractory Bricks And
Ladle castable is a kind of refractory materials used for steel ladle, which is made by adding certain amount of binding agent. Ladle castable mainly adopts high alumina and silica refractory materials. Refractory ladle castables can service a long life with safety and stability, which is a relatively ideal refractory material for steel ladle …
Steel Ladle Castable – China Refractory Brick & Castable
Description of Steel Ladles Castable. The function of steel ladle is delivering steel liquid from steel smelting furnace to refinery equipment or casting spots. Steel ladles can be divided into mould casting ladles and continuous casting ladles. The working condition of continuous casting steel ladles is …
Which refractory materials are used for a ladle? – Quora
Dec 11, 2017· refractory materials Common types of ladle refractories: (1) Clay refractory brick, clay brick A12O3 content is generally between 30% -50%, the price is low. Mainly used for ladle permanent layer and ladle bottom. (2) high alumina brick. Brick A12…
Steel Ladle Refractory – Rongsheng Refractory
Kiln Refractory Bricks & Castable Refractory – Rongsheng Refractory Material Manufacture. whatsapp +86-15537132953. … Pocket Brick For Ladle; Silicon Checker Brick; Insulation Brick . Alumina Bubble Brick. … Fire Clay Refractory Castable; Silica Refractory Castable; Steel Fiber Castable …
Steel Ladle for Refractory Products | Find Refractory
Steel Ladle Refractory Products for Industrial Companies Steel companies need high quality refractory solutions that achieve maximum productivity at the lowest cost. Ladle refractories are customized to each factory working conditions to optimize the life and yield of the refractory.