The technological advancement on glassmaking process has led to increasing severity in operating condition under which the refractories must withstand. At Siam Refractory, we utilize experience, knowledge, and careful study of operating conditions and furnace designs to provide the best suitable Refractories with world class standard quality and best services that have always been delivered to the valued customers.
Siam Refractory supplies a range of materials to both container and float furnace melters, our products are used as back-up materials or non-molten glass contact areas.
Fireclay medium, high, super, and high-fired super duty firebrick have been supplied as typical recommendation over the last twenty years to several regenerators and melters worldwide with satisfactory performance by reputable glass manufacturers around the world. Along with fireclay bricks, the conventional castable, light weight castable and low cement castable have also been supplied for customized needs. As for the melter bottom, Siam Refractory proudly offer as furnace Bottom Block our EAZYFLOW 40, which has been developed to meet the severe conditions at furnace subpaving, and tested by well-known independent laboratories in UK. The furnace bottom block is manufactured with very accurate tolerances including the complete pre-assembly services for every set of panel in the standard equipped flat and leveling floor before delivery. Our furnace bottom block has excellent chemical resistance, good abrasion and corrosion resistance and good thermal shock resistance.
Regenerator Crown, Side wall and Rider Arch, Siam Refractory offers a range of products based on andalusite, for which after high-temperature firing converts to crystalline mullite. Products provide excellent performance particularly in thermally / mechanically loaded conditions. High quality fused mullite grades after high firing temperature are used at Regenerator peephole, target wall peephole and tin bath roof tile to withstand high thermal shock and mechanical load during operation.
Regenerator Crown | ||
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Products | Insulation Lining | HI28, C2, CF BLANKET |
Regenerator Wall | ||
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Products | ||
Upper | Working Lining | ANDURA 70 |
Insulation Lining | HI28, HI26 | |
Middle | Working Lining | ANDURA 60 |
Insulation Lining | HI26, HI16 | |
Lower | Working Lining | K43SS, SK32 |
Insulation Lining | HI16 |
Furnace | |
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Products | |
Working Lining (1st Layer) |
K43SS, K43G |
Insulation Lining (2nd Layer) |
C2 |
Insulation Lining (3rd Layer) |
C2 |
Sidewall | |
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Products | |
Safety Lining (1st Layer) |
KB60, P/C C60A(B) |
Insulation Lining (2nd Layer) |
C2 |
Floor | |
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Products | |
Safety Lining (1st Layer) |
P/C EAZYFLOW 60 KB60H |
Safety Insulation (2nd Layer) |
P/C EAZYFLOW 40 P/C C40A |
Insulation Lining (3rd Layer) |
K43, C2, C1 |
Forehearth | Products |
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Sub-structure Lining | ANDURA 70, ANDURA 75, KB60, P/C C60A, P/C C40A, C2, CAST18 |
Super-structure Lining | P/C NEOCAS 1650 |
Regenerator Crown | |
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Products | |
Insulation Lining | HI28, C2, CF BLANKET |
Regenerator Wall | ||
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Products | ||
Upper | Working Lining | ANDURA 70 |
Insulation Lining | HI28, HI26 | |
Middle | Working Lining | ANDURA 60 |
Insulation Lining | HI26, HI16 | |
Lower | Working Lining | K43SS, SK32 |
Insulation Lining | HI16 |
Regenerator Floor | |
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Products | |
Working Lining (1st Layer) |
K43SS, K43G |
Insulation Lining (2nd Layer) |
C2 |
Insulation Lining (3rd Layer) |
C2 |
Sidewall | ||
---|---|---|
Products | ||
Safety Lining (1st Layer) |
KB60, P/C C60A(B) | |
Insulation Lining (2nd Layer) |
C2 |
Floor | |
---|---|
Products | |
Safety Lining (1st Layer) |
P/C EAZYFLOW 60 KB60H |
Safety Insulation (2nd Layer) |
P/C EAZYFLOW 40 P/C C40A |
Insulation Lining (3rd Layer) |
K43, C2, C1 |