Burned Rice Husk Ash

Name: Burned Rice Husk Ash
Brand: Guru Corporation
Price: 6 INR
Availability: InStock

Price 6 INR/ Kilograms

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MOQ : 5000 Kilograms

Burned Rice Husk Ash Specification

Application
Industrial

Form
Powder

Usage & Applications
Construction

Purity(%)
High

Product Type
Mineral Refractories

Types of Refractories
Basic Refractory

Shape
Powder

Dimensional Stability
Reversible

Strength
High

Specific Gravity
Standard

Color
Grey

Burned Rice Husk Ash Trade Information

Minimum Order Quantity
5000 Kilograms

Supply Ability
50000 Kilograms Per Month

Delivery Time
2 Days

About Burned Rice Husk Ash

Burned Rice Husk Ash is a potential source of amorphous reactive silica, which has a variety of applications in materials science. This husk ash is mostly used in the production of Portland cement. It can be used for waterproofing. This is also used as the admixture to make the concrete resistant against chemical penetration. Burned Rice Husk Ash is very cost effective and can be easily purchased by our esteem clients at nominal prices, in bulk quantities. This husk has applications in small to large scale.

Specification

Usage	Industrial
Packaging Size	25 kg / 1000 kg Big bag
Packaging Type	HDPE Bag
Color	Grey
Brand	Lad-Tundex
Grade Standard	Technical Grade
Physical State	Powder

Exceptional Dimensional Stability

This product offers reversible dimensional stability, ensuring it can withstand fluctuations in temperature and maintain its physical integrity. This makes it particularly useful in high-temperature industrial processes where size and shape consistency are crucial for operational reliability.

Reliable Refractory Solution

Categorized as a basic refractory, Burned Rice Husk Ash is uniquely suited to resist chemical reactions with basic slags or environments. Its high strength further extends its service life, making it a cost-effective choice for manufacturers and suppliers seeking robust refractory solutions.

FAQ's of Burned Rice Husk Ash:

Q: How is Burned Rice Husk Ash with dimensional stability used in industrial applications?

A: Burned Rice Husk Ash is primarily used as a basic refractory powder in industrial furnaces, kilns, and reactors. Its high strength and dimensional stability make it suitable for lining surfaces exposed to intense heat and chemical attacks, ensuring long-term durability and performance.

Q: What benefits does this ash offer compared to conventional refractory materials?

A: This product provides superior dimensional stability with reversible properties, allowing it to endure expansion and contraction cycles. Its high strength enhances the lifetime of refractory linings, while its powder form facilitates easy mixing and consistent application.

Q: When should manufacturers consider using Burned Rice Husk Ash as a refractory material?

A: Manufacturers should opt for this ash when high thermal resistance, chemical stability, and reliable physical performance are required, particularly in settings where temperature fluctuations and basic chemical environments are prominent.

Q: Where can this product be sourced in India?

A: Burned Rice Husk Ash with high dimensional stability can be sourced from reputable industrial manufacturers and suppliers across India, specializing in refractory and high-temperature material solutions. It is commonly available through major industrial supply networks and direct factory outlets.

Q: What is the process of producing Burned Rice Husk Ash with these properties?

A: Production involves burning rice husks in controlled conditions to yield ash with desirable particle composition. Subsequently, processing and sieving ensure the resulting powder exhibits high purity, grey color, and consistent physical characteristics suitable for industrial refractory applications.

Q: How does the high strength of this ash enhance industrial usage?

A: Its high strength allows Burned Rice Husk Ash to maintain its integrity under mechanical and thermal stress, reducing maintenance frequency and operational costs while enhancing safety and efficiency in high-temperature environments.

Technical Details