SELECTION OF PRODUCTS ACCORDING TO THE PARAMETERS
Type
Group
Refractoriness value
Porosity degree
Heat treatment method
Molding process
Binding type 1
Binding type 2
Intended purpose
scope of application
Reference document for product properties
Reference documents for product dimensions
Filter result:
products found: 14
products found: 14
BMKP-80
Type: aluminosilicate
Group: mullite-corundum (Al2O3 72-95%)
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
DL-1.0
Type: siliciferous
Group: silica with additions (SiO2 - 80-93%)
Refractoriness value: fire resistance (1580 to 1770°С)
Porosity degree: highly-porous (Ptot 45-75%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction
scope of application: in working (not protected) lining of furnaces, not subject to exposure to melted iron, abrasion force and mechanical shocks, or in intermediate (protected insulation)
DL-1.2
Type: siliciferous
Group: silica with additions (SiO2 - 80-93%)
Refractoriness value: fire resistance (1580 to 1770°С)
Porosity degree: highly-porous (Ptot 45-75%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction
scope of application: in working (not protected) lining of furnaces, not subject to exposure to melted iron, abrasion force and mechanical shocks, or in intermediate (protected insulation)
EDTSH
Type: siliciferous
Group: silica with additions (SiO2 - 80-93%)
Refractoriness value: fire resistance (1580 to 1770°С)
Porosity degree: average dense (Ptot 20-30%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: repair/construction
scope of application: for electric-steelmaking furnaces
GIR-KS-1
Type: aluminosilicate
Group: mullite-corundum (Al2O3 72-95%)
Refractoriness value: high fire resistance (1770 to 2000°С)
Porosity degree: dense (Ptot 10-16%)
Heat treatment method: burnt
Molding process: semidry forming
Intended purpose: technology
scope of application: for laying of various heat aggregates