High Temperature Thermal Insulation Refractory Mortar

• Customization: Available
• Breaking Strength: 20
• Temperature: 1650℃
• Model NO.: Blakite
• Type: Heat-Resistant Material
• Density: 1900/2000 Kg/M3
• Color: Black
• Refractoriness (℃): 1580< Refractoriness< 1770
• Feature: Long Time Materials
• Material: Mortar
• Shape: Mortar
• Transport Package: Pallet
• Specification: 50kg/pail
• Trademark: Morgan
• Origin: Italy
• HS Code: 38160000
• Production Capacity: as Requirement

Product Description

High Temperature Thermal Insulation Refractory Mortar

 

Description & Pictures

 
1. CT Refractory Mortar belongs to air hardening refractory mortar, are supplied as ready-to-use wet blends of finely-ground aggregates and special binders.
2. The mortar develop good strength on air drying, forming strong joints and conferring an almost monolithic structure to the brickwork
3. Supply status: Wet state or dry state, generally supplied With the barrel if it's wet, and the dry mortar can be supplied according to customers' requirements

 

Products Features

 

1.good workability
2.good resistance to chemical attack
3.high bonding strength
4.low drying and firing shrinkages
5.good slag resistance, small masonry ash joints
 

Typical Application

1. for laying insulting firebricks, super-duty and high alumina dense refractory bricks
2. provide resistance to infiltration of air or hot gases
3. retard penetration of slag and molten metal into the joints
 

Data Sheet

 

Type	MT mortar	HT mortar	Blakite mortar
Classification temperature (^oC)	1400	1500	1650
Density(kg/m^3)	2000	2000	1900
Rupture strength (100^oC drying) (MPa)	3.1	3.5	20
Chemical Composition%
AL2O3.	48	52	43
SiO2	42	36	52

 
Product pictures
 
Remark
The values given herein are typical average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes.