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SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle

SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle

MOQ: 2 mt
Standard Packaging: 25 kg small P.P bags, then put in 1MT New Big Water proof HDPE Bags Suitable for Seaworthy Transportation.
Delivery Period: 5-8 working days
Payment Method: L/C, D/A, D/P, T/T
Supply Capacity: 2000 ton per month
Detail Information
Place of Origin
China
Brand Name
HXS
Certification
ISO9001:2015
Model Number
HG; HSA
Refracoty:
Refractory Castables
Material Type:
Alumina, Corundum,SiC, Bauxite
Temperature Range:
Up To 1800°C
Thermal Shock Resistance:
Excellent
Slag Resistance:
Very Good
Installation:
Trowel; Casting.
Highlight:

SiC Based Refractory Castable

,

Castable Materials for Ladle

,

Thermal Resistance Ladle Refractory Castable

Product Description

Refractory castables play a variety of advantages in industrial furnace applications, mainly including the following points:

Structural support: In high temperature environments, refractory castables have good structural stability and can withstand the weight and internal pressure of equipment such as furnaces and kilns to prevent deformation and damage to the equipment.

Thermal insulation: Refractory castables have low thermal conductivity, which can effectively reduce heat transfer and reduce the temperature of the equipment casing, thereby improving the thermal efficiency of the equipment.

Anti-corrosion: This material has high chemical stability and can resist corrosion from various chemicals, thereby extending the service life of the equipment.

Wear resistance: In high temperature environments, a hard enamel layer will form on the surface of refractory castables, which has good wear resistance, reduces equipment wear, and reduces maintenance costs.

In addition, refractory castables also have the characteristics of simple production process, labor saving and energy saving, and are widely used in furnace construction and other fields.

SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 0

SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 1SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 2SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 3SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 4SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 5

 

products
PRODUCTS DETAILS
SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle
MOQ: 2 mt
Standard Packaging: 25 kg small P.P bags, then put in 1MT New Big Water proof HDPE Bags Suitable for Seaworthy Transportation.
Delivery Period: 5-8 working days
Payment Method: L/C, D/A, D/P, T/T
Supply Capacity: 2000 ton per month
Detail Information
Place of Origin
China
Brand Name
HXS
Certification
ISO9001:2015
Model Number
HG; HSA
Refracoty:
Refractory Castables
Material Type:
Alumina, Corundum,SiC, Bauxite
Temperature Range:
Up To 1800°C
Thermal Shock Resistance:
Excellent
Slag Resistance:
Very Good
Installation:
Trowel; Casting.
Minimum Order Quantity:
2 mt
Packaging Details:
25 kg small P.P bags, then put in 1MT New Big Water proof HDPE Bags Suitable for Seaworthy Transportation.
Delivery Time:
5-8 working days
Payment Terms:
L/C, D/A, D/P, T/T
Supply Ability:
2000 ton per month
Highlight

SiC Based Refractory Castable

,

Castable Materials for Ladle

,

Thermal Resistance Ladle Refractory Castable

Product Description

Refractory castables play a variety of advantages in industrial furnace applications, mainly including the following points:

Structural support: In high temperature environments, refractory castables have good structural stability and can withstand the weight and internal pressure of equipment such as furnaces and kilns to prevent deformation and damage to the equipment.

Thermal insulation: Refractory castables have low thermal conductivity, which can effectively reduce heat transfer and reduce the temperature of the equipment casing, thereby improving the thermal efficiency of the equipment.

Anti-corrosion: This material has high chemical stability and can resist corrosion from various chemicals, thereby extending the service life of the equipment.

Wear resistance: In high temperature environments, a hard enamel layer will form on the surface of refractory castables, which has good wear resistance, reduces equipment wear, and reduces maintenance costs.

In addition, refractory castables also have the characteristics of simple production process, labor saving and energy saving, and are widely used in furnace construction and other fields.

SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 0

SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 1SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 2SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 3SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 4SiC Based Refractory Castable Materials Thermal Shock Resistance for Ladle 5