Refractory Material

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Refractory Material Specification

Operating Temperature
Up to 1700C

Load Capacity
Varies with type, up to several tons

Features
Durable, Corrosion resistant, Low thermal conductivity

Automation Grade
Manual

Phase
Solid

Pressure Ratings
Up to 25 MPa (depends on specific material)

Surface Treatment
Uncoated/Cast

Used For
Heat insulation, Lining of high-temperature structures

Material
Alumina, Silica, Magnesite

Style
Block/Brick

Properties
High temperature resistance, Chemical stability, Thermal shock resistance

Capacity
Customized as per requirement

Condition
New

Application
Furnaces, Kilns, Boilers, Incinerators

Refractory Material Trade Information

Minimum Order Quantity
100 Number

Supply Ability
100 Per Month

Delivery Time
1 Months

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Standard & Crate Packaging.

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Refractory Material

Refractory Material are special items in the domain of ceramic tableware industry. They are designed and shaped with the under surface of plates as well as dishes to ensure to provide maximum strength. The main function of these setters is to serve the support ware. In addition, they also ensure to maintain the shape of the support ware in the kiln during firing. They are designed to maintain the shape of roundness of the rim of cups as well as other circular small hollow ware.

Features of Cup Setters:

Contain small parts as well as powders in the kiln during firing
Can be easily stacked to utilize minimum kiln space
Available in various materials to suit different temperature cycles
Robust construction to easily withstand high temperature and pressure

Optimized for Extreme Environments

Engineered for applications demanding resilience to heat and chemical exposure, these refractory materials withstand operating temperatures up to 1700C and loads of several tons. Their robust structure ensures reliability and safety even under harsh industrial conditions, making them a preferred choice for furnace and kiln linings.

Versatile Customization and Application

Available in various shapesstandard rectangular blocks or custom designsthese refractory products adapt seamlessly to different structural requirements. Whether insulating a boiler or lining a complex-incinerator, their tailored capacity and manual installation process maximize compatibility and effectiveness for unique project needs.

FAQs of Refractory Material:

Q: How are refractory materials with these specifications typically used in industrial applications?

A: These refractory materials are installed as lining inside furnaces, boilers, kilns, and incinerators to provide heat insulation and protect structural walls from high temperatures and chemical attack, ensuring operational safety and energy efficiency.

Q: What benefits does the high alumina content offer to these refractories?

A: The high alumina content significantly enhances thermal resistance, mechanical strength, and chemical stability, allowing the blocks or bricks to maintain integrity and performance under temperatures up to 1700C and in corrosive environments.

Q: When should custom-shaped refractories be considered over standard shapes?

A: Custom-shaped refractories are recommended when the project requires fitting irregular or uniquely designed high-temperature structures where standard rectangular blocks are unsuitable, ensuring optimal coverage and protection.

Q: Where should these refractories be stored to ensure maximum shelf life?

A: For best results, store the refractory materials in a dry environment, off the ground, preferably on a wooden pallet or in a carton box, away from moisture to maintain their long shelf life and preserve their physical properties.

Q: What is the typical process for installing these refractory blocks or bricks?

A: Installation is typically manual, involving the precise arrangement of blocks or bricks according to the design specifications, sometimes using heat-resistant mortar, to ensure tight joints and structural integrity within furnaces or kilns.

Q: How does porosity and water absorption impact the performance of these refractories?

A: Porosity (2226%) and water absorption (1820%) affect insulation properties and thermal shock resistance; these optimized values help balance energy efficiency with durability under rapid temperature changes.

Q: What key features set these refractory materials apart from alternatives?

A: These materials feature low thermal conductivity, high compressive strength, chemical stability, and excellent corrosion resistance, providing long-term durability and superior performance in demanding thermal environments.

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