Basic Monolithics
Basic Monolithics Specification
- Application
- Steel Industry, Cement Industry, Furnace Lining, Metallurgical Processes
- Water Absorption
- < 10%
- Surface Finish
- Rough to Fine
- Melting Point
- 1800C to 2000C
- Usage & Applications
- Used for lining furnaces, kilns, incinerators and reactors.
- Purity(%)
- 98%
- Form
- Powder, Castable, Ramming Mix
- Chemical Composition
- Magnesia, Chrome, Other Oxides
- Density
- 3.1 Gram per cubic centimeter(g/cm3)
- Hardness (%)
- Up to 98%
- Product Type
- Refractories
- Types of Refractories
- Basic Refractory
- Shape
- Monolithic
- Porosity
- Low
- Dimensional Stability
- Excellent under High Temperatures
- Strength
- High Mechanical Strength
- Specific Gravity
- 2.85 - 3.15
- Thermal Conductivity
- Low to Medium
- Color
- Gray
Basic Monolithics Trade Information
- Minimum Order Quantity
- 20 MT Metric Tons
- FOB Port
- Mundra
- Payment Terms
- Letter of Credit (L/C), Telegraphic Transfer (T/T), Western Union, Delivery Point (DP), Days after Acceptance (DA)
- Supply Ability
- 300 Metric Tons Per Month
- Delivery Time
- 12 Days
- Sample Available
- Yes
- Sample Policy
- Free samples are available
- Main Export Market(s)
- Australia, North America, Eastern Europe, Western Europe, Middle East, Africa, Central America, South America, Asia
About Basic Monolithics
BasicMonolithic refractory is the name normally given to all unshaped refractoryproducts the word monolithic coming from the word monolith meaning bigstone They have many industrial applications across the nonferrous metallurgicalsteel cement petrochemical and waste disposal industries They are availablein many different forms and formulations
Thekey properties of Basic Monolithic are their individual chemical inertnessthermal shock resistance at high temperatures abrasion resistance andmechanical integrity It represents a wide range of mineral compositions andvary greatly in their physical and chemical properties They are special mixesor blends of dry granular or cohesive plastic materials used to form virtuallyjoint free linings They are unshaped refractory products which are installedas some form of suspension that ultimately harden to form a solid mass
Outstanding Resistance to Slag Attack
These monolithic refractories incorporate magnesia and chrome oxides, enabling them to withstand aggressive slag environments. Their unique composition minimizes degradation and ensures extended durability, making them ideal for furnace linings and metallurgical processes where slag attack poses significant challenges.
High Temperature and Mechanical Performance
Engineered to endure temperatures up to 2000C and possessing cold crushing strength of 70 MPa, these materials retain structural stability and strength even in the hottest operational settings. Their minimal expansion guarantees reliable, consistent performance during repeated heating cycles.
Versatile Forms and Reliable Packaging
Supplied as powder, castable, or ramming mix, Basic Monolithics adapt to various industrial processes. Packaged in robust HDPE or jumbo bags, they maintain quality during storage and transport, with a shelf life of 12 months for efficient inventory management.
FAQ's of Basic Monolithics:
Q: How are Basic Monolithics with resistance to slag attack typically applied in industrial settings?
A: These monolithics are mainly used for lining furnaces, kilns, incinerators, and reactors in steel, cement, and metallurgical industries. Their form flexibility allows for installation as powder, castable, or ramming mix, depending on specific operational requirements.Q: What benefits do these monolithic refractories offer over conventional materials?
A: Basic Monolithics exhibit excellent resistance to slag and high mechanical strength, with low porosity and minimal thermal expansion. These characteristics ensure superior durability, reduced maintenance cycles, and a long service life in corrosive and high-temperature environments.Q: When should I use Basic Monolithics for furnace linings?
A: These monolithic refractories are recommended when operating temperatures exceed 1800C and the environment is prone to slag attack or thermal stress. Their robustness makes them ideal during frequent heating or exposure to aggressive chemical agents.Q: Where are these monolithic refractories manufactured and supplied from?
A: These products are manufactured, exported, and supplied from India, adhering to international quality standards for global industrial applications.Q: What is the process for installing these refractories?
A: Installation varies by form: powders are compacted, castables are mixed and poured, and ramming mixes are tamped into place. All processes ensure tight, durable linings with minimal gaps, guaranteeing optimal protection against slag and heat.





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