Our refractory products meet the wide range of demands of every-day casting operations. From simple standard products up to highly specialized refractory materials that have been developed for the toughest demands. We offer convincing technical solutions.
Melting And Holding Furnace
At REFSOL Enterprises Est., we provide high-performance refractory and insulation materials specifically engineered for melting and holding furnaces used in aluminum, copper, zinc, and other non-ferrous metal industries. These furnaces operate under extreme temperatures and corrosive environments, demanding materials that can deliver exceptional thermal stability, resistance to molten metal attack, and long service life.
Application-wise Refractory Products
Hearth
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Ceramic Paper: TRL Ceramic Paper
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Ceramic Board: TRL Ceramic Board
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Dense Castable: TRL CAST FH 45 HS
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Non-Wetting Hot Face Brick: TRL 85 CBT
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Non-Wetting Plastic Mass: TRL Plast AK 60 (AL) / TRL Plast AK 80 (AL)
Lower Side Wall
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Ceramic Paper: TRL Ceramic Paper
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Calcium Silicate Block: TRL Calcium Silicate Block
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Insulation Castable: TRL Incast 13 LI / TRL Incast 15 LI
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Non-Wetting Hot Face Brick: TRL 85 CBT
Upper Side Wall
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Ceramic Fiber Board: TRL Ceramic Fiber Board
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Insulation Brick: TRL INS CF / TRL INS HF
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Dense Brick: TRL 70 / TRL 50
Roof
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Ceramic Blanket: TRL Ceramic Blanket
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Dense Castable: TRL CAST AH 70
Door
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Ceramic Paper: TRL Ceramic Paper
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Ceramic Board: TRL Ceramic Board
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Insulation Castable: TRL Incast 15
Ladle
Ladle is mainly used for transferring liquid aluminium from electrolytic pots to Melting-Holding Furnace. TRL offers TRL Cast HF 80 AL, TRL Cast HF 85 AL as working lining of Ladle with satisfactory performance.
The special features of this material are:
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Excellent Flowability with long working time
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High Strength at room temperature & elevated temperature
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Non wetting to molten Aluminium
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High Resistance towards molten Aluminium
The non-wetting behaviour of the material helps to remove the skull easily resulting into less damage to the refractory with improved performance.


