Shivish Microns LLP

Shivish Microns LLP Specification

Surface Finish
Smooth

Water Absorption
1.8%

Chemical Composition
Al2O3 (Aluminium Oxide) 36% 38%, SiO2 (Silicon Dioxide) 45% 47%

Melting Point
1800C

Form
Powder

Density
2.60 Gram per cubic centimeter(g/cm3)

Hardness (%)
6 (Mohs Scale)

Purity(%)
98%

Application
Ceramic, Paint, Paper, Rubber, Plastic, Glass, Construction

Usage & Applications
Ceramic industry, Paper making, Paint and Coating, Rubber, Plastic, Construction

Product Type
China Clay / Kaolin Powder

Types of Refractories
Acidic Refractory

Shape
Powder

Porosity
Low

Dimensional Stability
Excellent under High Temperature

Strength
High Compressive Strength

Specific Gravity
2.5 - 2.65

Thermal Conductivity
Low

Color
White

About Shivish Microns LLP

Calcium Carbonate for Non-Woven fabrics Shivish Microns LLP Caclium Carbonates provide application-specific performance enhancement, such as increased softness, opacity, strength, and filtration efficiency to Nonwovens & Fiber. Shivish Microns LLP product is the latest development in nonwoven and mineral technology and has been specifically engineered to substantially reduce the amount of resin used in nonwoven production. Here are some Shivish Microns LLP alcium carbonate application Specific Benefits, Nonwoven manufacturers experience: Lower bonding temperatures Better opacity and delusterization Increased softness Better filtration performance High air permeability Lower costs Nonwoven users experience: Better printability Increased strength Easier dust removal and good water repellency Better filtration performance

High Performance Mineral Powder

Shivish Microns LLP's powder offers high refractoriness (up to 1800C), making it suitable for applications exposed to extreme heat. Its high compressive strength and excellent dimensional stability ensure long-lasting durability in finished products, catering to the needs of the ceramic, paper, and construction industries.

Exceptional Purity and Consistency

This mineral powder delivers a consistent chemical composition and purity of 98%, providing reliable results with each batch. Its low moisture content and minimal loss on ignition (11-14%) help maintain product quality during manufacturing, facilitating smooth processing and excellent finished surface.

FAQ's of Shivish Microns LLP:

Q: How is Shivish Microns LLP's powder typically used in industry?

A: The powder is widely used in ceramics, paper making, paints, coatings, rubber, plastics, glass, and construction. Its fine particle size and smooth finish make it suitable for processes requiring precision and high surface quality.

Q: What benefits does the high refractoriness (up to 1800C) offer in applications?

A: High refractoriness enables the powder to withstand extreme temperatures, providing excellent dimensional stability and durability in products exposed to heat, such as ceramic wares and construction materials.

Q: What is the packaging and how does it ensure product safety during transport?

A: The powder is packed in 25kg and 50kg HDPE bags, which protect against moisture, contamination, and physical damage during shipping, ensuring safe delivery to customers worldwide.

Q: Where is Shivish Microns LLP's powder manufactured and distributed?

A: The powder is manufactured in India and distributed across domestic and international markets through direct export, supply, and trading channels.

Q: What is the process followed to maintain high purity and consistency in the powder?

A: Advanced manufacturing methods and stringent quality control measures are employed, including regular testing for chemical composition, moisture content, and particle size, to ensure every batch meets the required specifications.

Q: When should this powder be chosen over other raw materials?

A: This powder is recommended when high purity, excellent whiteness, low thermal conductivity, and superior compressive strength are required, making it ideal for precision-driven industrial applications.

Q: What are the main advantages of using this mineral powder in construction materials?

A: Its high compressive strength, low porosity, and excellent thermal stability increase the durability and lifespan of construction products, while the fine particle size contributes to smooth surface finishes.