Concrete Micro Silica Powder

Name: Concrete Micro Silica Powder
Brand: Guru Corporation
Price: 22 INR
Availability: InStock

Price 22 INR/ Kilograms

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MOQ : 1000 Kilograms

Concrete Micro Silica Powder Specification

Application
Construction

Purity(%)
High

Usage & Applications
Construction

Form
Powder

Product Type
Mineral Refractories

Types of Refractories
Monolithic Refractory

Shape
Powder

Strength
High

Specific Gravity
Standard

Color
Gray

About Concrete Micro Silica Powder

Product details

Coverage Area	Standard
Type	Pure
Standard	Astm
Color	Gray
Grade	92
Packaging Size	25 Kg
Packaging Type	Pp Bags
State	Powdered
Joint Width	Standard
Purity	High
Density	Standard 92d
Grade Standard	Industrial Grade
Type Of Admixture	Standard
Form	India
Shelf Life	1 Year
Flash Point	Standard
Relative Density	Standard
Sp Gravity 25 Deg C Gms Cc	Standard
Non Volatile Content	Standard
Thickness	Standard
Dosage	As Per Mix Design
Ph Value	Standard
Specific Gravity	Standard
Size	Powder
Setting Time	Fast
Water Permeability	As Per Standard
Weight	Standard
Freezing Point	Standard
Compressive Strength	High
Surface Tension	Standard
Warranty	1 Year
Air Content	Standard
Air Entrainment	Standard
Alkali Content	Standard
Base	Pure
Moisture Content	Standard
Solid Content	Standard

Silica fume, also known as micro silica is silicon dioxide, silica. It is an ultrafine powder collected as a by-product of the silicon and ferrosilicon alloy productionThe main field of application is as pozzolanic material for high performance concrete.

Technical Specifications:

SiO2 - Silica : >90%
Color : Grey

Boosts Concrete Properties

Incorporating Concrete Micro Silica Powder in construction projects dramatically increases the strength and impermeability of concrete. Its ultra-fine particles fill the micro-voids in cement, reducing porosity and enhancing durability. This quality is particularly valuable in environments exposed to harsh chemicals or heavy loads, making it ideal for both infrastructure and industrial sites.

Excellent for Monolithic Refractories

Concrete Micro Silica Powder is an essential ingredient in monolithic refractory compositions. It provides improved thermal resistance and structural integrity, which are vital for high-temperature industrial applications. As a result, industries relying on monolithic refractories prefer this material to prolong service life and maintain performance standards.

FAQ's of Concrete Micro Silica Powder:

Q: How is Concrete Micro Silica Powder used in construction?

A: Concrete Micro Silica Powder is blended with cement, aggregates, and water to manufacture high-strength concrete. It is added during the mixing process, typically replacing a portion of cement, to maximize durability and resistance to cracking.

Q: What are the primary benefits of using Micro Silica Powder in refractory applications?

A: In monolithic refractories, Micro Silica Powder enhances thermal stability, reduces permeability, and increases strength, which translates to longer service life, better performance under high temperatures, and lower maintenance needs.

Q: When should Micro Silica Powder be added during concrete preparation?

A: It is recommended to introduce Micro Silica Powder during the batching stage, along with other cementitious materials, to ensure even distribution and optimal integration into the concrete matrix.

Q: Where is Concrete Micro Silica Powder typically sourced and supplied from in India?

A: This material is manufactured and supplied by specialized concrete material producers across India, ensuring easy access for both urban and rural construction and refractory industries.

Q: What process should be followed for handling and storing Micro Silica Powder?

A: The powder should be stored in dry, moisture-free environments and handled with appropriate safety measures to prevent airborne dispersion and exposure. Using sealed containers or silos is recommended for bulk storage.

Q: What is the benefit of using the powder form for refractory and construction applications?

A: The fine, powdery shape ensures easy mixing and even dispersion within concrete or refractory mixtures. This results in a cohesive matrix with enhanced physical and chemical properties.

Technical Details