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Export Ready

Magnesia Bricks

Name: Magnesia Bricks
SKU: 8607225
Availability: InStoreOnly

Sold by oryvia global llp · Exporter, Wholesaler · Morbi, Gujarat, India

Price

Price on request

In stock

Minimum order: 1 Piece

Export Snapshot

MOQ

1 Piece

Lead time

On request

Packaging

Standard export packaging

Shelf life / longevity

As per product specification

HS Code

690210

Origin

India

Port of dispatch

On request

Export markets served

Global markets

Values shown are for oryvia global llp.

Compliance & Certifications

Suitable for

Importers · Distributors · Wholesalers

Morbi Dispatch on request Verified seller

oryvia global llp

Exporter, Wholesaler · Morbi, Gujarat, India

Registered address: Morbi, India. Industry: Rubber, Plastics & Polymers > Plastic Products.

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Established

Not shared

Employees

–

GST

24AAJFO8268P1ZE

IEC code

Not shared

Export markets

Global markets

GlobalLinker Member Since

Feb 2026

Turnover

Incorporation Type

On request

Verified Seller

Product details

What are the specifications of this product?

Overview

Magnesia Bricks are alkaline refractory materials characterized by a high magnesium oxide (MgO) content, with periclase as the primary crystalline phase.These bricks are broadly classified into Burnt Magnesia Bricks and Chemically Bonded Magnesia Bricks, each designed for specific operating conditions.They exhibit excellent high-temperature mechanical strength and good volume stability, making them suitable for demanding thermal environments.

Product Description

Magnesia Bricks are designed to perform at service temperatures up to approximately 1750°C and are widely used in Electric Arc Furnaces (EAF), rotary kilns, glass furnaces, and other high-temperature industrial applications.

Description provided by oryvia global llp.

Specifications

Product Name	Magnesia Bricks
Material	Magnesia-based refractory
Chemical Composition	High MgO content
Main Crystalline Phase	Periclase
Type	Burnt and chemically bonded variants
Maximum Service Temperature	Approximately 1750°C
Application	Furnace and kiln lining
Common Industries	Steel, glass, cement, and thermal processing

Use cases

Category	Refractory Bricks > Magnesia Bricks
Primary application	Wholesale, distribution, and international sourcing
Brand	Not specified
Product type	Product

Logistics & handling

Lead time	On request
Packaging	As per buyer requirement
Storage condition	As recommended by supplier
Origin	India
Form	As listed by supplier

Commercials (this seller)

Minimum order	1 Piece
Lead time	On request
Payment terms	As per negotiated commercial agreement.
Checkout type	enquiry

Buyer questions

Frequently asked by buyers

Common questions B2B buyers ask before sourcing Magnesia Bricks. Answers compiled from verified sellers' commercial terms and platform data.

Q: What makes Magnesia Bricks suitable for extremely high-temperature furnaces?

A: Their high magnesium oxide (MgO) content and periclase-based structure provide strong thermal stability, high hot strength, and reliable performance at service temperatures up to approximately 1750°C.

Q: Which type of industrial equipment commonly uses Magnesia Bricks?

A: They are widely used in Electric Arc Furnaces (EAF), rotary kilns, glass furnaces, and other high-temperature thermal processing units.

Q: What is the difference between Burnt Magnesia Bricks and Chemically Bonded Magnesia Bricks?

A: Burnt Magnesia Bricks are suited for applications needing robust thermal resistance and hot strength, while Chemically Bonded Magnesia Bricks are designed for specific lining requirements where bonding and installation characteristics are important.

Q: Why are Magnesia Bricks preferred in alkaline furnace environments?

A: Their alkaline refractory nature makes them well-suited for conditions involving basic slags and severe thermal exposure, helping maintain lining integrity in demanding industrial environments.

Q: What performance benefit does good volume stability provide in refractory applications?

A: Good volume stability helps the bricks maintain shape and lining integrity during repeated heating and cooling cycles, reducing the risk of failure under thermal stress.

Question not answered? Ask sellers directly — typical response within 4 hours.