professional Superfine Calcium Carbonate Manufacturer

Product Description:

DIACAL CC is a ultra-fine calcium carbonate which has 60 nm of primary particle size. These particles are surface coated with fatty

acids in order to improve dispersion property at the mixing stage with organic materials. DIACAL CC will enhance the mechanical

strength of polymer and other organic materials when used.

Specifications:

For DIACAL CC series, two different specifications are available as below.

DIACAL CC-E

• Whiteness (%): 93 min.
• Specific Gravity (g/cm3): 2.56
• Bulk Density (g/mL): 0.80 max.
• Surface Coating: Fatty Acid
• Oil Absorption (mL/100 g): 16 ~ 30
• CaCO3 Content (%): 96 min.
• Moisture Content (%): 1.00 max
• pH value: 9.0 ~ 9.8

DIACAL CC-A

• Whiteness (%): 93 min.
• Specific Gravity (g/cm3): 2.56
• Bulk Density (g/mL): 0.78 max.
• Surface Coating: Fatty Acid
• Oil Absorption (mL/100 g): 18 ~ 30
• CaCO3 Content (%): 96 min.
• Moisture Content (%): 1.00 max
• pH value: 9.0 ~ 9.8

Compound Guide:

• Natural Rubber (NR): Show the best results. 
• Isoprene Rubber (IR): Show the best results. 
• Butadiene Rubber (BR): Show satisfactory results. 
• Styrene-butadiene Rubber (SBR): Show satisfactory results. 
• Chloroprene Rubber (CR): Show satisfactory results. 
• Butyl Rubber (IIR): Show excellent results. 
• Hypalon (CSM): Show excellent results. 
• Reclaimed Rubber: Show excellent results. 
• Polyvinyl Chloride (PVC): Show excellent results

Product Usage Example:

Usage of DIACAL CC in tyres

DIACAL CC surface treated with fatty acids, has the ability to mix evenly into the rubber matrix, allowing high loadings with fillers bounded tightly. Rubber matrix loaded with DIACAL CC nano calcium carbonate, exhibits better rubber-filler interactions, the particles aid in bounding the rubber therefore is able to reinforce the tyres manufactured.

Usage of DIACAL CC in resistance bands

DIACAL CC is of nano-grade, which has much higher surface area compared to other micro grade calcium carbonate. DIACAL CC nano calcium carbonate have higher surface area, therefore is able to better contact with the rubber matrix, thus increasing tensile strength and tear resistance of rubber products.