Jerry Chicky

Carboxymethyl cellulose is the formal name for CMC. It is a naturally occurring mineral that is also known as cellulose gum. We offer high-grade CMC minerals to various industries such as textile, food & beverages, mining, cosmetics, pharmaceuticals and paper.


The physical properties of CMC are water solubility, neutral taste and smell, and physiologically inertness among many others.
We source and extract CMC from the regions of Odisha, Karnataka, Jharkhand, Andhra Pradesh and Gujarat.
There are several physical properties of alumina. It is high in hardness with the value of 9 on Mohs scale. It has sharp-edged grains, a high load bearing capacity, strong shock resistance, and thermal and chemical stability, besides their superior hardness.
Carboxymethyl cellulose (CMC) or cellulose gum is a cellulose derivative with carboxymethyl groups (-CH2-COOH) bound to some of the hydroxyl groups of the glucopyranose monomers that make up the cellulose backbone.
CMC is widely used in a variety of sectors because it has excellent water retention capabilities and film-forming properties, making it an ideal element for industries such as ceramics, textiles, paper surface treatment and mining.
Our CMC is carefully and meticulously been developed to optimize mouthfeel and protein stabilization especially in the food and beverage industry along with personal care and pharmaceuticals sectors.
It is used in the pelletization process because CMC has strong binding qualities. It also helps reduce fluid loss and provides appropriate rheology in the oilfield and gas industry.
Our CMC products are suited for a wide range of applications since they are derivatives of a naturally occurring raw material and have high degree of purity. They are manufactured with cutting-edge technology and are subjected to rigorous quality control methods.
There's a broad and expanding list of usage for several industries such as building material additives, printing inks, coatings, pharmaceuticals, food, cosmetics, paper, textiles, etc.

Charcoal powder is a fine black substance made from carbonized wood or coconut shells, widely used in agarbatti (incense stick) production. It plays a crucial role in ensuring even and consistent burning, making incense last longer with steady smoke. Being odorless, it does not interfere with the fragrance of essential oils or herbs, allowing pure aromatic diffusion. Its eco-friendly nature, often derived from natural sources, makes it a sustainable choice. The powder also produces minimal ash, keeping the surroundings clean and mess-free. Additionally, it enhances fragrance release, ensuring a rich and long-lasting aroma in the air. Charcoal powder is a key component in various incense forms, including dhoop and cones. Its ability to improve combustion without harmful chemicals makes it ideal for religious, spiritual, and therapeutic uses. Overall, it is an essential ingredient for high-quality incense production.

Coconut based charcoal lumps.

There are limits to where and how much metals and ores can be mined. We deliver metals and ores that meet SGS standards not only from South Africa and Vietnam

Castor seed shell briquettes are an eco-friendly biomass fuel produced from compressed castor seed shells. They offer a sustainable and highly efficient heating solution suitable for both cooking and industrial applications. These briquettes burn cleanly, generating minimal smoke, which makes them an ideal choice for environmentally conscious users seeking reliable energy sources.

Advantages of Castor Seed Shell Briquettes:
Extended Burn Time: High-density biomass fuels, like these briquettes, exhibit an impressive ability to prolong burn time, resulting in extended heating or energy generation periods compared to other fuels.

Natural Composition: Made entirely from organic materials without chemicals, glue, or binders, ensuring a clean and environmentally friendly fuel source.

Cost-Effectiveness: Offers substantial cost savings compared to other commonly used fuels like fuel oil, diesel, coal, gas, or firewood. This can benefit industries or households looking to reduce their energy expenses.

Environmental Friendliness: Utilizing renewable biomass resources, these briquettes are pollution-free. By opting for briquettes, users contribute to reducing their carbon footprint and promoting sustainability.

Clean Burning: Produces minimal smoke, creosote, and ash during combustion. Importantly, they do not emit sulfur or phosphorus smoke, eliminating the need for additional pollution control equipment.

Ease of Handling: Compared to traditional fuels like firewood, briquettes are easier to handle and store. Their compact size and uniform shape make storage and transportation more convenient.

Low Ash Content: With a relatively low ash content (below 10%), these briquettes present fewer challenges in terms of ash disposal compared to coal, which typically has higher ash content.

Uniformity: Manufactured to precise specifications, ensuring uniformity in size, density, and moisture content. This uniformity contributes to predictable burning times and consistent performance.

Sulfur-Free: Unlike certain fossil fuels like oil and coal, these briquettes contain no sulfur. This absence of sulfur emissions reduces environmental pollution and contributes to cleaner air quality.

Higher Thermal Value: Biomass briquettes offer a higher practical thermal value compared to coal, meaning they provide more energy output per unit of fuel. Additionally, they typically have lower ash content, resulting in reduced waste and maintenance requirements.

Consistent Quality: Maintains consistent quality across batches, ensuring high burning efficiency and complete combustion. This consistency is essential for industries requiring reliable energy sources.

Uniform Combustion: Due to their uniform composition and higher volatile matter content, these briquettes combust more evenly compared to coal. This leads to faster boiler response times to changes in steam requirements, enhancing operational efficiency.

Raw Bauxite:

Bauxite is a soft, whitish to reddish-brown rock consisting mainly of alumina-bearing hydroxides, oxides of iron, silicon and titanium with impurities of Ca, Mg, Cr, V, P, Ga and other elements. Raw Bauxite is a major source of aluminium. Basic alumina containing minerals of Bauxites are gibbsite Al(OH)3, Boehmite g-AlO(OH) and Diaspore a-AlO(OH). We are a major Raw Bauxite Exporter based in Maharashtra (India) and catering to the diverse demands of several middle and eastern Asian countries.

About Raw Bauxite:
The processing of Raw Bauxite is done at a number of alumina refineries in the world. Bauxite can be processed at a low-temperature autoclave digestion (145 oC to 155 oC). Raw Bauxite can be used also for sweetening stage and for non-autoclave digestion in agitators (105 oC).

About 85% of bauxite mined worldwide is used to produce alumina for refining into Aluminium metal and the balance 15% is processed and value added to make its way to other uses like refractory, chemical, cement, abrasives, etc. Aluminium is possibly the most versatile product with applications in almost every industry. Since Bauxite is the primary source for Aluminium there will always be an ongoing promising demand for the same.

Application & Uses of Bauxite:
Raw Bauxite is successfully used for metallurgical grade alumina production besides applications in the cement industry, alumina chemical, steel, alum, energy industries, flame-retardants, etc. Bauxite is used in :
- Aluminium
- Cement
- Chemical
- Blast Furnaces
- Iron/Steel Ladles, etc.

Advantages of Artha Bauxite:
Artha Mineral Resources has good sources for Gibbsitic Bauxite which requires low digestion temperature (145 oC -155 oC) making it more economical to process. Mines are also in close proximity to all-weather ports which makes it very convenient and cost effective to ship this material.

We are exporter of Bauxite.

Bauxite is a soft, whitish to reddish-brown rock consisting mainly of alumina-bearing hydroxides, oxides of iron, silicon and titanium with impurities of Ca, Mg, Cr, V, P, Ga and other elements. Raw Bauxite is a major source of aluminium. Basic alumina containing minerals of Bauxites are gibbsite Al(OH)3, Boehmite g-AlO(OH) and Diaspore a-AlO(OH)

Bauxite is used in a lot of industries like the chemical industry, refractory, abrasive, cement, steel, and petrol industry amongst others. In chemical, bauxite along with alumina is used in the manufacturing of aluminium chemicals. In refractory, it is used as a raw material for making several products.