Basic Oxygen Furnace BOF Refractories - Resco Products

Basic Oxygen Furnace (BOF)

BOF Schematic Refractory Products - Resco ProductsSince 2000 Resco Products has been one of the leading producers of Basic Oxygen Furnace (BOF) refractories in North America. Resco Products understands the detail it requires to create a BOF that stays in service. Safety and working refractory linings are designed to achieve the customer's goals. Variable compositions or shapes of differing lengths or geometries are optimized for your melting point and basic oxygen steelmaking.

Refractories for BOF Vessel

BOF Product Chart - Working LiningResco can produce burned and burned, tar-impregnated compositions as well as a resin-bonded refractory material. The safety linings designed for today's barrel and cone sections are typically for a single campaign. The bottom of the BOF vessel can be designed for many years of service.

The refractory working lining must be designed to meet each unique process. Resco's BOF solutions provide exceptional integrity for the life of the vessel. The design must be balance so wear is uniform and gunning maintenance is kept minimal at high temperatures.

BOF vessels can range from 90 to 300 tons.  The life of BOF refractory can vary greatly depending on factory practices.  Common working lining brands are Nuline 12XF and Nuline 12XWB 
RELATED PRODUCTS
Coatings

A-O Brush MixArrow icon

A-O BRUSH MIX is an oxidation protective coating for carbon containing refractory shapes. A-O BRUSH MIX is especially designed to coat MgO-C slagline brick of ladles by brushing or spraying to protect from carbon oxidation during the preheating period by forming high viscosity frits. It begins to soften at approximately 750oF and frits at 1100oF when formation of a dense layer seals the brick surface and joints to stop the penetration of oxygen. The molten A-O BRUSH MIX is very reactive. It reacts at high temperatures with viscosity increasing agents being part of the product, as well as with the MgO of bricks. Due to this property, A-O BRUSH MIX forms a protective layer even at 2500oF without flowing off.
A-O BRUSH MIX is an oxidation protective coating for carbon containing refractory shapes. A-O BRUSH MIX is especially designed to coat MgO-C slagline brick of ladles by brushing or spraying to protect from carbon oxidation during the preheating period by forming high viscosity frits. It begins to soften at approximately 750oF and frits at 1100oF when formation of a dense layer seals the brick surface and joints to stop the penetration of oxygen. The molten A-O BRUSH MIX is very reactive. It reacts at high temperatures with viscosity increasing agents being part of the product, as well as with the MgO of bricks. Due to this property, A-O BRUSH MIX forms a protective layer even at 2500oF without flowing off.
Wet Mortar

Mag Carbon DipArrow icon

MAG CARBON DIP is a ready-mixed, wet, magnesia-silicate graphite containing mortar available in dipping or troweling consistency. MAG CARBON DIP is recommended for MgO-C slagline bricks. The product is designed to withstand steel ladle temperatures.
MAG CARBON DIP is a ready-mixed, wet, magnesia-silicate graphite containing mortar available in dipping or troweling consistency. MAG CARBON DIP is recommended for MgO-C slagline bricks. The product is designed to withstand steel ladle temperatures.
Wet Mortar

Maglock DipArrow icon

Maglock is a premixed dipping consistency mortar based on dead burned magnesite. Maglock is designed for use with basic brick in steel ladle slag lines.
Maglock is a premixed dipping consistency mortar based on dead burned magnesite. Maglock is designed for use with basic brick in steel ladle slag lines.
Wet Mortar

Maglock TRArrow icon

Maglock is a premixed dipping consistency mortar based on dead burned magnesite. Maglock is designed for use with basic brick in steel ladle slag lines.
Maglock is a premixed dipping consistency mortar based on dead burned magnesite. Maglock is designed for use with basic brick in steel ladle slag lines.
Magnesia Brick

Nuline 10 XFArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 12 XFArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 12 XFTArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 12 XFZArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 12 XWBArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 13 AFArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 13 AF TIArrow icon

Resin bonded, magnesia-carbon brick, tar impregnated brick, TI Brick
Resin bonded, magnesia-carbon brick, tar impregnated brick, TI Brick
Magnesia Brick

Nuline 13-92Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 15-96Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 1-89Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 2-99Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 36-95Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 3-90Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 3-99Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 43-89Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline 4-90Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline R-20Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline R-20 AArrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline R-5Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Nuline R-5 TL0924Arrow icon

Resin bonded, magnesia-carbon brick
Resin bonded, magnesia-carbon brick
Magnesia Brick

Oxiline BArrow icon

Tar impregnated, burned high purity magnesite brick
Tar impregnated, burned high purity magnesite brick
Magnesia Brick

Oxiline HArrow icon

Burned high purity magnesite brick
Burned high purity magnesite brick
Magnesia Brick

Oxiline H-SRArrow icon

Burned, spall resistant, high purity magnesite brick
Burned, spall resistant, high purity magnesite brick
Magnesia Brick

Oxiline SRArrow icon

Tar impregnated, burned, spall resistant, high purity magnesite brick
Tar impregnated, burned, spall resistant, high purity magnesite brick
Magnesia Brick

PereconArrow icon

Burned, hydration resistant, magnesia brick
Burned, hydration resistant, magnesia brick
Magnesia Brick

Perecon TIArrow icon

Burned, hydration resistant, tar impregnated magnesia brick
Burned, hydration resistant, tar impregnated magnesia brick
Dry Mortar

Permanente MortarArrow icon

PERMANENTE® MORTAR is a dry, heat setting, high magnesia mortar. This magnesite mortar is designed to lay up basic brick. Ideally suited for use with magnesite or magnesia-carbon brick. This mortar is suggested for working and safety linings in both steel and non-ferrous metals applications.
PERMANENTE® MORTAR is a dry, heat setting, high magnesia mortar. This magnesite mortar is designed to lay up basic brick. Ideally suited for use with magnesite or magnesia-carbon brick. This mortar is suggested for working and safety linings in both steel and non-ferrous metals applications.
REF RAM 850 HS FG is a Fine-Grained, Phosphate-Bonded 80% alumina plastic. The fine grain improves ramming characteristics and is beneficial for patching. This product is installed by conventional ramming methods.
REF RAM 850 HS FG is a Fine-Grained, Phosphate-Bonded 80% alumina plastic. The fine grain improves ramming characteristics and is beneficial for patching. This product is installed by conventional ramming methods.
Basic Monolithics

Rescomag MixArrow icon

Magnesite based ramming mix
Magnesite based ramming mix
Plastic

Rescoram 10CRArrow icon

RESCORAM 10 CR is a high alumina, phosphate-bonded plastic with 10% chromic oxide that is used throughout the metals producing industries. Its chemical bond develops high strength at lower temperatures. This property makes it ideal for application where there is insufficient heat to develop the ceramic bond required in heat-setting plastics.
RESCORAM 10 CR is a high alumina, phosphate-bonded plastic with 10% chromic oxide that is used throughout the metals producing industries. Its chemical bond develops high strength at lower temperatures. This property makes it ideal for application where there is insufficient heat to develop the ceramic bond required in heat-setting plastics.
Plastic

Rescoram 85SArrow icon

Phosphate bonded alumina plastic
Phosphate bonded alumina plastic
Phosphate bonded alumina plastic
Phosphate bonded alumina plastic
Plastic

Rescoram 90Arrow icon

RESCORAM 90 is a high alumina, phosphate-bonded plastic material that is used throughout the metals, power, cement, and lime producing industries. Its chemical bond develops high strength at lower temperatures. This property makes it ideal for application where there is insufficient heat to develop the ceramic bond required in heat-setting plastics.
RESCORAM 90 is a high alumina, phosphate-bonded plastic material that is used throughout the metals, power, cement, and lime producing industries. Its chemical bond develops high strength at lower temperatures. This property makes it ideal for application where there is insufficient heat to develop the ceramic bond required in heat-setting plastics.
Wet Mortar

Rescoset 85AS TRArrow icon

Wet, air-setting, 85% alumina bonding mortar with a low silica content
Wet, air-setting, 85% alumina bonding mortar with a low silica content
Wet Mortar

Rescoset 90P TR-D3Arrow icon

Rescoset 90P is a wet high alumina bonding mortar with a chemical bonding system. With the unique bonding system, high bonding strength is developed at lower temperatures (300-600°F) and continues until a ceramic bonding occurs. Rescoset 90P is primarily used to lay up high alumina brick and is available in troweling consistency. It is used in areas where severe service conditions require increased refractoriness and corrosion/erosion resistance
Rescoset 90P is a wet high alumina bonding mortar with a chemical bonding system. With the unique bonding system, high bonding strength is developed at lower temperatures (300-600°F) and continues until a ceramic bonding occurs. Rescoset 90P is primarily used to lay up high alumina brick and is available in troweling consistency. It is used in areas where severe service conditions require increased refractoriness and corrosion/erosion resistance
Conventional Castable

SakoniteArrow icon

SAKONITE® is a very economical refractory concrete. Although its maximum service temperature is 2200°F, it is designed primarily for service between 70°F and 1000°F. It is widely used for cast floors exposed to molten metals or hot ingots. It can be cast or pumped and finished like ordinary concrete. It may also be rammed or cast-vibrated for increased density and strength with minimum shrinkage. SAKONITE® is also available as GC SAKONITE® gun mix.
SAKONITE® is a very economical refractory concrete. Although its maximum service temperature is 2200°F, it is designed primarily for service between 70°F and 1000°F. It is widely used for cast floors exposed to molten metals or hot ingots. It can be cast or pumped and finished like ordinary concrete. It may also be rammed or cast-vibrated for increased density and strength with minimum shrinkage. SAKONITE® is also available as GC SAKONITE® gun mix.