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SELECTION OF PRODUCTS ACCORDING TO THE PARAMETERS

Type
Group
Refractoriness value
Porosity degree
Heat treatment method
Molding process
Binding type 2
Intended purpose
scope of application
Reference document for product properties
Reference documents for product dimensions
Filter result:
products found: 6
SELECT id, txt, site.txt_lang(txt, 3) as mark FROM products_marks WHERE type = 1 AND id IN (SELECT pm.id FROM products_marks pm, mark_properties mp WHERE pm.id = mp.mark AND property = 2 AND value IN (73,341)) AND hidden IS false ORDER BY mark LIMIT 5 OFFSET 0

BMKRP-50

Type: aluminosilicate
Group: mullite silica (Al2O3 45-62%)
Refractoriness value: fire resistance (1580 to 1770°С)
Porosity degree: average dense (Ptot 20-30%)
Heat treatment method: heat treated
Molding process: vibrocasted, including concrete
Intended purpose: technology
scope of application: for steel blowing with inert gas

GIR-MLA-60

Type: aluminosilicate
Group: mullite silica (Al2O3 45-62%)
Refractoriness value: fire resistance (1580 to 1770°С)
Porosity degree: compacted (Ptot 16-20%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction
scope of application: for laying of various heat aggregates

KCI

Type: zirconium
Group: alumina-oxide zirconium-silicious
Refractoriness value: high fire resistance (1770 to 2000°С)
Porosity degree: average dense (Ptot 20-30%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction

MCI-1

Type: zirconium
Group: alumina-oxide zirconium-silicious
Refractoriness value: high fire resistance (1770 to 2000°С)
Porosity degree: average dense (Ptot 20-30%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction
scope of application: for lining of burners, muffler, applied in flame area of open-hearth glass furnace

MCI-2

Type: zirconium
Group: alumina-oxide zirconium-silicious
Refractoriness value: high fire resistance (1770 to 2000°С)
Porosity degree: average dense (Ptot 20-30%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction