Calcium carbonate masterbatch is a material made from calcium carbonate as a chemical with the formula CaCO3. This important compound is used as a mineral compound with raw materials in various industries and has some important applications.

Applications of calcium carbonate masterbatch in industries:

Polymer products: Calcium carbonate masterbatch is used as a filler in the production of various polymer products, including automotive parts, toys, electronic devices, etc.

Cement industry: Calcium carbonate is used as one of the main ingredients in cement production. This compound is used as the main base in the formation of cement clinker and in the process of hot cement kilns.

Building materials: As a filler in the production of building materials such as concrete and gypsum.

Food industry: Calcium carbonate is used as an additive used in food such as impregnation and acidity regulator. Some food supplements contain calcium carbonate and are consumed to strengthen bones and prevent calcium deficiency in the body.

Pharmaceuticals: Calcium carbonate masterbatch is used as a pharmaceutical supplement in the production of consumables such as ampoules and tablets.

Cosmetics: This compound is used in the production of cosmetic products such as pancake powder and cleansing cotton, face powders, creams, and toothpaste.

In the dental industry: Calcium carbonate is used as one of the main ingredients in the production of toothbrushes and toothpaste.

Water purification: This compound is used in water purification processes as a water softener and organic compound sequestrant.

Agriculture: In agriculture, calcium carbonate masterbatch is used as a source of calcium to correct soil character, prepare fertilizer, and increase calcium content in the soil.

Note that calcium carbonate masterbatch is used in different forms and percentages in each specific industry, and its properties may vary depending on the specific needs of each industry.

What percentage of calcium carbonate masterbatch does each industry use?

The percentage of calcium carbonate masterbatch usage in different industries varies depending on the type of industry and the type of product being manufactured. This percentage may change depending on the specific needs of each industry and the ability of this filler to improve the properties of different products. Below are some examples of different industries and the approximate percentage of calcium carbonate masterbatch usage in each industry:

Plastics industry: In this industry, calcium carbonate masterbatch is used as a filler and improving agent in Plastic products The percentage of use may range from 10% to 50% or more, depending on the type of product and the required features.

Food industry: Calcium carbonate masterbatch may be used as a food additive in food products. The usage percentage may be less than 5%.

Construction Industry: In the production of construction materials such as concrete and plaster, calcium carbonate masterbatch is used as a filler and improving agent. The percentage of use may range from 10% to 30%.

Agricultural Industry: Calcium carbonate masterbatch is used as a fertilizer and soil improver in agriculture. The percentage of use may vary and depends on the type of soil and agricultural product.

Automotive industry: In the production of automotive parts and various polymer materials, calcium carbonate masterbatch is used as a filler. The percentage of use may be between 10% and 30%.

Please note that these percentages are approximate and may vary from industry to industry and product to product. In addition, it is recommended that manufacturers consult the calcium carbonate masterbatch manufacturer’s recommendations and the specific needs of their products to determine the appropriate percentage to use.

The conditions for use and storage of calcium carbonate masterbatch may vary depending on its type and different uses. However, in general, here are some important points for the use and storage of calcium carbonate masterbatch:

Technical information and manufacturer’s recommendations: For each calcium carbonate masterbatch, recommendations and conditions for use and storage are specified by the manufacturer. Therefore, for best results, pay attention to the manufacturer’s instructions and follow them.

Storage environment: Store calcium carbonate masterbatch in a dry and fresh environment. It is very important to protect it from moisture, as moisture can lead to its dissolution and degradation.

Temperature: Calcium carbonate masterbatch should generally be stored at normal ambient temperatures (room temperature). Temperature changes and high temperatures may affect its quality.

Caution in decomposition: If you need to decompose calcium carbonate masterbatch carefully, use appropriate and safe equipment such as goggles and gloves to avoid direct contact with the actual product.

Expiration date: Check the expiration date of the calcium carbonate masterbatch and do not use expired products.

Proper Packaging: If the calcium carbonate masterbatch is provided in a specific packaging, keep the packaging and use it as a guide for storing the masterbatch.

In cases where you need to use calcium carbonate masterbatch in specific industries, it is best to consult with experts or industry consultants to determine the best storage and use conditions.

Also note that calcium carbonate masterbatch, if used for use in consumer industries (such as food supplements), has specific instructions and recommendations for use and the relevant instructions must be followed carefully.

Calcium carbonate masterbatch is used as a filler and chemical additive in various industries and can be used to produce a variety of products. Some of the products produced using calcium carbonate masterbatch are:

Plastic films and sheets: Calcium carbonate masterbatch is used as a filler in plastic films and sheets. These materials can prevent undesirable expansion and deformation of films and sheets at different temperatures.

Plastic pipes and fittings: Calcium carbonate masterbatch is used in the production of plastic pipes and fittings as a filler and property improver.

Disposable Products: Such as cups, disposable containers, and other disposable products made of plastic. Calcium carbonate masterbatch can help the products perform well due to resistance to deformation or undesirable expansion.

Note that calcium carbonate masterbatch can be used to improve various properties of plastic products and consumables in various industries and has very wide applications.

Application of calcium carbonate masterbatch in plastic and polymer products

Calcium carbonate masterbatch has numerous applications as a filler and chemical additive in various industries, especially in the production of plastic and polymer products. The effects of calcium carbonate masterbatch in plastic products include:

Cost reduction: Calcium carbonate masterbatch acts as a low-cost filler, allowing manufacturers to reduce production costs.

Improving hardness and strength: Adding calcium carbonate masterbatch to plastic materials can increase the hardness and strength of products. This feature helps plastic materials withstand high pressure and stress.

Weight reduction: Using calcium carbonate masterbatch as a filler can reduce the weight of plastic products. This feature provides advantages such as reducing transportation costs and improving impact resistance.

Reducing thermal expansion: Calcium carbonate masterbatch can help combat undesirable thermal expansion of plastic materials.

Improving heat and UV resistance: Calcium carbonate masterbatch can help improve the resistance of plastic materials to heat and UV rays. These features help plastic products to be used in various conditions such as outdoors in roofed spaces.

Reduces expansion and contraction: Calcium carbonate masterbatch can help reduce the expansion and contraction of plastic materials in manufacturing processes. These properties help maintain the dimensions of products during the manufacturing process.

Reduces the modulus of elasticity: Adding calcium carbonate masterbatch can help reduce the modulus of elasticity of plastic materials, making them more resistant to bending and undesirable deformation.