Micro Concrete Additive Silica

Name: Micro Concrete Additive Silica
Brand: Guru Corporation
Price: 23 INR
Availability: InStock

Price 23 INR/ Kilograms

Get a Price/Quote

MOQ : Depends Kilograms

Micro Concrete Additive Silica Specification

Application
Industrial

Purity(%)
High

Form
Powder

Usage & Applications
Construction

Product Type
Mineral Refractories

Types of Refractories
Neutral Refractory

Shape
Powder

Dimensional Stability
Reversible

Strength
High

Specific Gravity
Standard

Color
Grey

About Micro Concrete Additive Silica

Established in 2006, we are an Ahmedabad based company engaged in manufacturing and supplying excellent quality Micro Concrete Additive Silica. Our chemical experts keep in mind all prevailing norms and standards while formulating this powder to ensure that our clients get the best quality from us. It is widely used as a stabilizer and synthesizer for various chemical products. Also, it is utilized in construction industries for stabilizing materials and make them stronger. We have hired a dedicated team of quality analysts who are in charge of checking this Micro Concrete Additive Silica on well defined quality parameters. In this way, we assure full customer satisfaction.

Product details

Form:	Powder
Packaging Size	25 Kg
Application	Ready Mix Concrete , Windmill Foundation, Hydro Project, Dam, overbridge
Packaging Type	HDPE Bag
Grade Standard	ASTM C 1240
Color	Light Grey Blue

Enhance Refractory Performance

Micro Concrete Additive Silica is engineered to boost the effectiveness of neutral refractories. The additive's fine, grey powder form enables precise mixing and uniform dispersion, leading to improved thermal and mechanical stability in industrial settings. Its unique composition ensures reliability and durability in high-temperature environments, making it a vital component for optimal refractory performance.

Reliable Reversible Stability

With its reversible dimensional stability, Micro Concrete Additive Silica enhances the structural integrity of refractory shapes during thermal cycling. This adaptation minimizes cracking or deformation, thus extending the service life and reducing maintenance of your industrial refractory systems. Its dependable performance contributes to overall operational efficiency and safety.

FAQ's of Micro Concrete Additive Silica:

Q: How is Micro Concrete Additive Silica used in industrial refractory applications?

A: It is typically mixed with refractory powders during the preparation step to improve bonding, thermal resistance, and structural strength in neutral refractory setups. Its addition helps achieve more durable and efficient high-temperature performance.

Q: What are the advantages of incorporating Micro Concrete Additive Silica with neutral refractories?

A: This additive improves refractories by enhancing dimensional stability, increasing thermal resistance, and extending the life of industrial refractory installations. Its reversible property allows structures to withstand repeated thermal cycling with minimal damage.

Q: When should Micro Concrete Additive Silica be added during the refractory manufacturing process?

A: The additive should be integrated during the initial mixing phase with other dry ingredients to ensure even distribution and optimal effectiveness in the final refractory composition.

Q: Where can Micro Concrete Additive Silica be sourced for industrial use in India?

A: It is available from specialized manufacturers and suppliers within India, catering to various industrial sectors requiring robust neutral refractory solutions.

Q: What is the process for applying this additive in neutral refractory systems?

A: First, the silica additive powder is blended with the base refractory material. The resulting mixture is then shaped as required and subjected to appropriate heat treatments to set the structure for industrial use.

Q: What benefits does Micro Concrete Additive Silica offer compared to other additives?

A: Unlike some alternatives, this silica additive provides neutral chemical compatibility and reversible dimensional stability, making it suitable for various applications without interfering with the existing refractory matrix.

Technical Details