Marble Chips
Marble Chips is produced from a naturally-forming, calcitic marble with a usual particle size between 3/8 inch and 3/4 inch.
PRODUCT Mineral : Limestone
Marble is a grainy metamorphic rock, it is resultant from limestone or dolomite and It consists of a mass of interlocking grains of Calciume carbonate or the mineral dolomite. Form of it when limestone covered deep in the older layers of Earth’s crust is subjected to heat and pressure from thick layers of overlying sediments. It may also form as a product of contact metamorphism near igneous intrusions. Impurities in the limestone can recrystallize during metamorphism, resulting in mineral impurities in the marble, most commonly graphite, pyrite, quartz, mica, and iron oxides. these can influence the texture and color of the marble.
Name origin: The word “marble” derived from the Ancient Greek marmaros, “crystalline rock, shining transparent emerald, the green variety of beryl on calcite (marble) matrix.
The heat and pressure essential for the formation of marble typically occur deep within the Earth’s crust, at depths of several kilometers.
Marble can be found in a variety of geological settings, including mountain ranges, fault zones, and sedimentary basins. Some of the most well-known marble quarries in the world are situated in Italy, Greece, and India, where the stone has been prized for its beauty and durability for centuries. Today, marble is used in a wide range of applications, from sculpture and architecture to interior design and jewelry.
General Physical Properties
Physical Form | Crushed stone | |
---|---|---|
Particle Size | (inches range) | 3/8-3/4 |
pH | — | 8-9 |
Moisture | (wt. %) | 0.15 |
Specific Gravity | (g/cm3 ) | 2.7 |
Bulk Density, Loose | (lbs/ft3 ) | 85 |
Bulk Density, Packed | (lbs/ft3 ) | 100 |
Colour | White, pink | |
Derived | Limestone, dolomite | |
Grain size | medium grained; can see interlocking calcite crystals | |
Hardness | calcite is 3 on Moh’s scale of hardness | |
Group | Metamorphic Rocks | |
Texture | Granoblastic, granular | |
Formation | contact metamorphic | |
Regional or Acid Reaction | crushed and used for acid neutralization in streams, lakes, and soils | |
Hardness | three on the Mohs hardness scale. |
Typical Chemical Analysis (%)
CaCO3 | 77 |
Acid Insolubles | 6 |
Chemical Composition
The chemical composition of marble is mainly made up of calcium carbonate (CaCO3), which normally makes up more than 90% of the rock. Other minerals may also be present in smaller amounts, depending on the specific type of marble and its geological history.
In general, the chemical composition of marble plays a critical role in determining its physical and aesthetic properties, including its hardness, durability, color, and texture. This has made it a prized material for a wide range of applications, from sculpture and architecture to interior design and jewelry.
Formation process
The formation of marble is a complex process that involves a mixture of geological factors and physical and chemical changes. The resultant rock is prized for its gorgeousness, durability, and versatility, and has been used for a wide range of applications throughout human history.
At the beginning, the metamorphism of the limestone and 1200-1,500 bar and between 125-180 degrees Celsius remote exposure to high pressure and temperature of the marble there.
The metamorphism of the limestone is required by marble, extra iron and graphite (in smaller quantities). As the metamorphism progresses, the crystals grow and the interlocking calcite Changing colors are the result of the duration of the impurity function and metamorphosis
Where it’s found
Marble is found in many parts of the world, including Europe, Asia, Africa, and North America. Some of the most famous and productive marble quarries are located in India, Italy, Greece, Turkey, Spain, China, and the United States.
Italy is known for producing some of the world’s highest quality marble, particularly from the Carrara region in Tuscany. Carrara marble has been used for centuries for everything from sculpture to architecture to interior design.
Overall, the location and quality of marble deposits can vary widely depending on geological factors such as the type of rock, the age and depth of the deposit, and the presence of other minerals and impurities. Quarries and processing facilities are often located near the source of the marble, but the finished product is available at Intercity Enterprises, Chennai.
Uses Areas of Marble
Marble is a versatile and beautiful natural stone that has been used for centuries in a wide variety of applications. Here are some of the most common uses and areas where marble is used:
- Building and architecture: Marble is an admired choice for building facades, interior walls, flooring, and decorative elements such as columns, arches, and moldings.
- Sculpture: Marble’s fine grain and ability to hold detail make it an ideal material for sculpture.
- Countertops and tabletops: Marble is a popular choice for kitchen and bathroom countertops, as well as dining and coffee tables. It is durable, heat-resistant, and easy to clean, and comes in a wide range of colors and patterns.
- Flooring: Marble flooring is a luxurious and elegant choice for residential and commercial applications. It is durable, easy to maintain, and can add value to a property.
- Landscaping: Marble can be used for landscaping and outdoor landscaping, such as retaining walls, pathways, and garden sculptures.
- Art and crafts: Marble can be used in a variety of art and craft projects, such as mosaic work, jewelry making, and carving.
- In general, marble’s unique splendor, durability, and versatility make it a prized material for a wide range of applications. Its uses are limited only by the imagination and creativity of designers, architects, and craftspeople.