$Refractory Batts$

$Refractory Batts Share$

Send Inquiry

Request To Call Back

Refractory Batts

Get a Price/Quote

Refractory Batts Specification

Load Capacity
High, suitable for industrial kiln loads

Features
Corrosion Resistant, Wear Resistant, Precision Dimension

Pressure Ratings
Not rated

Automation Grade
Manual

Operating Temperature
Up to 1700C

Surface Treatment
Smooth Cast Finish

Used For
Supporting and stacking ceramic products during firing

Material
High Alumina Refractory

Style
Rectangular, Flat, Slab

Properties
Thermal Shock Resistance, High Strength, Good Load-bearing Capacity

Capacity
Designed for heavy-duty furnace use

Condition
New

Application
Kiln Furniture, Furnace Linings, Ceramic Firing Racks

Size
Standard and custom sizes available

Packaging
Export Quality Wooden Crates

HSN Code
69022000

Thickness
12 mm to 50 mm (Customizable)

Porosity
Low

Shape
Rectangular / Custom

Density
2.3 - 2.6 g/cm3

Color
Cream / Light Brown

MOQ
50 Pieces

Water Absorption
Less than 3%

Refractory Batts Trade Information

Minimum Order Quantity
100 Number

FOB Port
As per location

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 Batts

Having fine finish, accurate dimensions and sturdy design, the provided Pressed Batts are highly demanded among our clients. These batts are highly acknowledged in furniture and home furnishing industries for forming or designing different kinds of furniture. The offered batts manufactured using the best quality clay and sophisticated techniques. In addition, we offer these Pressed Batts to our clients at pocket friendly rates.

Superior Load-Bearing and Thermal Resistance

Designed for industrial applications, our refractory batts offer robust load-bearing capability and remarkable resistance to thermal shock. Their precision dimensions, combined with a smooth surface finish, ensure stability and even support for ceramic products in high-temperature processing environments. These qualities enable consistent performance in kilns and furnaces operating up to 1700C.

Customizable Sizes for Versatile Applications

We accommodate a wide variety of requirements, providing refractory batts in both standard and customized dimensions. Whether your needs are for rectangular, flat, or customized slab shapes, we offer seamless solutions for kiln furniture, ceramic firing racks, or furnace linings. Thickness and sizes can be tailored for your specific industrial setup.

FAQs of Refractory Batts:

Q: How are Refractory Batts with high alumina composition manufactured?

A: These batts are produced using carefully selected high alumina materials, shaped into slabs, and precision cast to ensure low porosity and strong mechanical integrity. Post-casting, they undergo firing at high temperatures to achieve thermal shock resistance and a smooth cast finish.

Q: What applications are ideal for these Refractory Batts?

A: They are ideally used as kiln furniture, furnace linings, and ceramic firing racks, providing essential support for stacking and firing ceramic products in heavy-duty industrial kilns.

Q: When should I consider custom dimensions or thickness for my batts?

A: Custom sizes and thicknesses are recommended when standard dimensions do not adequately meet your kiln or furnace specifications, or for accommodating unique product shapes and load requirements during ceramic processing.

Q: Where are these Refractory Batts commonly supplied from?

A: We manufacture and export these batts from India, serving industrial clients globally. Each shipment is packed in export-quality wooden crates to ensure product integrity during international transit.

Q: What are the advantages of using low-porosity, high density Refractory Batts?

A: Low-porosity and high-density ensure enhanced load-bearing capacity, minimal water absorption (less than 3%), improved resistance to corrosion and wear, and longer service life in high-temperature environments.

Q: How do I maintain and use these batts for optimal kiln performance?

A: Ensure proper placement of batts within the kiln, avoid overloading beyond design limits, and periodically inspect for signs of wear or surface damage. Their corrosion and wear-resistant properties help minimize maintenance needs and ensure consistent firing results.

$Refractory Batts$

Tell us about your requirement