Calcium Carbonate for Paints

Calcium carbonate powder is used as a dilution, an agent to either reduce or enhance gloss. The fine calcium carbonate powder is used even more extensively in the aqueous paint industry. It can prevent the pigment from settling, promote good dispersion, and improve luster. The performance intensifying qualities have ensured the large-scale acceptance of calcium carbonate in the paint industry. Calcium carbonate is the pigment that extends in ink, providing turbidity, viscosity, and ball control.

Calcium Carbonate for Plastic Filler Masterbatches

In many industries, The most suitable grade of calcium carbonate blended with specialty additives is used to form many product ranges of masterbatches. To avoid the impact of coal or oil prices on the production of plastics, many manufacturers use calcium carbonate. They usually mix this powder in primary plastic while making filler masterbatch or compound. The purpose of this action is to make the final products replace using 100% primary plastic. CaCO3 also works in reducing plastic melting pressure when shaping plastic into product forms. When utilized in production, calcium carbonate masterbatch is a relatively good stabilizer, which can help improve bubble floatation within the production of plastic beads. This helps the product achieve a smooth and exquisite surface. Calcium carbonate powder also functions helping plastic products increase hardness, durability, adhesion as well as impact resistance. The aesthetics of the final product also increased significantly. Applications generated through the injection molding methods with this type of masterbatch include food wraps used in supermarkets, shopping bags, garbage bags, agricultural films, etc.

Calcium Carbonate for PVC Pipes

As an important element in plastic compounds, CaCO3 helps decrease surface energy and provides opacity and surface gloss, which improves the surface finish of the products. Calcium carbonate improves the basic properties of polyvinyl chloride or PVC by adding stiffness to the polymer matrix and improving impact resistance as particle sizes become smaller. It improves shine, tensile strength elongation, etc of the material.

These grades or powder are used in the manufacturing of firm and flexible PVC pipes. PVC pipe functions without any corrosion or leaking and repairs are simple to perform compared to cast iron or copper piping. alzayedmarblegranite calcium carbonate powder is certified for plastics piping. The calcium carbonate powder as a filler can have a dramatic effect on the impact strength of a PVC compound. We provide a very wide range of calcium carbonate powder which suits all PVC pipes and compounding applications.

Calcium Carbonate for cables

Cables are manufactured from solid materials or stranded copper cores. Previously fire-resistant cable shells were made from PVC plastic, it is flammable, while fire, it creates smoke and waste large amounts of toxic gasses, endangering human life. Using Calcium Carbonate is a GREAT SOLUTION for this problem! – Calcium carbonate is nontoxic, odorless and tasteless, it does not affect the environment. The thermal decomposition temperature of calcium carbonate is above 800 , and general plastic are flammable, and its ignition temperature of about 400 , so the initial combustion stage, the hope of calcium carbonate decomposition in carbon dioxide is not possible ACMA Calcium carbonate for cables is a cost effective filler, reducing product cost effectiveness.

Calcium Carbonate for construction chemicals

Calcium carbonate powder is also used in the manufacturing of construction chemicals such as the key construction material cement and is also used in marble manufacturing. Who knew that such a soft material like calcium carbonate can be used in making Cement, which is used to provide strength and stability to the structure. We supply the best grade calcium carbonate for construction chemicals which is best in quality and is 100% pure. Calcium carbonate features a wealth of uses: as a flux in production and within the processing of non-ferrous metals; in bricks, mortar, and concrete for construction; as a staple in glass; within the construction of roads and dams; within the manufacture of paper, paints and dyes, carpeting and other floor coverings; and within the treatment of water, industrial waste, gasses, and household refuse. it’s also wont to reduce soil acidity in agriculture.

Calcium Carbonate for non-woven fabrics

Calcium Carbonates provide application-specific performance enhancement, such as increased softness, opacity, strength, and filtration efficiency to Nonwovens & Fiber. 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 ACMA calcium 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.

Calcium Carbonate for Adhesives

When a filler is used in an adhesive formulation, it is typically meant to take up space. But the space it occupies has a crucial function, making it a role player and a key component to your product’s success. A number of functional fillers are available for various applications, including calcium carbonate and others. Calcium carbonate is available in particle sizes ranging from less than 1.0 micrometer to large white decorative chips. Calcium carbonate is a relatively soft, insoluble mineral that is widely used to reduce cost and to control shrinkage in adhesive formulations. Calcium Carbonate is available in the widest variety of particle-size distributions of any mineral, and an optimum form for an adhesive and sealant application can easily be found. In high-end formulations, Calcium Carbonate helps the product maintain its viscosity, physical strength and properties, says Baker. In commodity formulations, it can replace other more-expensive ingredients, improve gap-filling properties and modify viscosity. The ACMA calcium carbonate products offers a variety of particle-size distributions, resulting in options to meet almost every adhesive and sealant application. For Adhesives, Calcium Carbonate provides the best performance solution and most cost effective manufacturing formula.

Calcium Carbonate for Glass & Calcium

Limestone is an important component in glassmaking and is used as a stabilizer which improves the mechanical properties and physical appearance of the glass. Glass industry required high limestone. Iron and other coloring matter like carbon are regarded as objectionable. ACMA Limestone is ideal for the glass industry as it has a high purity with very low levels of undesirables and contaminants that would be detrimental to the glass making process. It has a very low Iron content with high Calcium content and with the added advantage of consistent Magnesium content typically. The Limestone that is produced can have both economic and environmental benefits to the glass producer. We currently produce high quality limestone for the manufacture of container glassware. ACMA Calcium Carbonate limestone powder is resulting in perfect results in all glass applications, starting from commercial glass, recycling, container etc.

Calcium Carbonate for Ceramics

Calcium carbonate is another main component in the production of Ceramics. Calcium carbonate is an economical source of calcium oxide, which is needed as a melting agent at high temperatures, improves the mechanical and chemical strength of the glass body and reduces shrinkage from firing. Calcium Carbonate is the main source of calcium in glazes and also a flux at high temperatures. Contributes hardness and durability and in large quantities produces a matt effect. It can enhance the finish of salt glaze ware by developing a thicker finish. We provide a wide range of calcium carbonate powder for the Ceramic Industry. Produces a matt effect. It can enhance the finish of salt glaze ware by developing a thicker finish.