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CAS 1333-86-4 High Structure Nano Carbon Black for Lithium Battery Electrode Conductive Additive
CAS 1333-86-4 High Structure Nano Carbon Black is a high-performance conductive additive designed for lithium battery electrodes.
Benefiting from its high-structure branched aggregate structure, this nano carbon black can form interconnected conductive networks among active material particles in electrode slurry. It effectively lowers internal resistance of electrodes, accelerates electron transmission, and enhances rate performance and cycling stability of lithium-ion batteries. It features ex
Nano Conductive Carbon Black CAS 1333-86-4 Li-ion Battery Conductive Agent Super P Equivalent
Nano Conductive Carbon Black, CAS 1333-86-4, is high-performance lithium-ion battery conductive agent, equivalent to Super P.
With tiny primary particle size and developed branched chain structure, the carbon black can form continuous conductive network inside electrode sheets. It effectively lowers battery internal resistance, enhances electron transmission efficiency, and significantly boosts rate capability and cycle life of lithium batteries. Featuring outstanding dispersibility in slurry,
Nano Calcium Carbonate CAS 471-34-1 Coating Pigment for Industrial Paper Brightness Improvement
Nano Calcium Carbonate, CAS 471-34-1, is high-performance coating pigment specially designed for industrial paper production.
With controllable nano particle size and favorable whiteness, this powder displays outstanding compatibility with paper coating systems. It significantly elevates paper brightness and surface smoothness, enhances ink absorption and printability of coated paper. Meanwhile, it optimizes coating rheological properties and reduces coating shrinkage defects. As an economical
High Whiteness Nano Calcium Carbonate CAS 471-34-1 Extender Pigment for Powder Coatings
High Whiteness Nano Calcium Carbonate, CAS 471-34-1, is premium extender pigment specially developed for powder coatings.
Featuring ultra-high whiteness, controlled nano particle size and good thermal stability, this powder can disperse evenly in various powder coating resin systems. It effectively improves hiding power, surface flatness and mechanical performance of cured coating films. Meanwhile, it optimizes melt fluidity during extrusion and curing processes. As an economical extender pigme
Ultra Fine Nano CaCO3 CAS 471-34-1 for Printing Ink Glazing Agent Transparency Filler
Ultra Fine Nano CaCO3, CAS 471-34-1, is high-transparency inorganic filler customized for printing ink and glazing agent.
With ultra-fine particle size and precise surface modification technology, the powder disperses well within different ink resin systems. It effectively adjusts ink rheology, boosts gloss and surface smoothness of printed film. Most importantly, it maintains high transparency and excellent color rendering capacity without interfering with pigment color expression. This filler
Nano Calcium Carbonate CAS 471-34-1 Rheology Modifier for Water-based Industrial Paint
Nano Calcium Carbonate, CAS 471-34-1, serves as professional rheology modifier and functional filler formulated for water-based industrial paint.
With nanoscale particle structure and optimized surface characteristics, the powder disperses uniformly in waterborne resin systems. It effectively adjusts coating rheological property, delivers favorable anti-sagging and anti-sedimentation effects during construction. Besides stabilizing paint formula, it upgrades hardness, hiding power and surface f
High Dispersibility Nano CaCO3 CAS 471-34-1 Reinforcing Filler for Industrial Rubber Products
High Dispersibility Nano CaCO3, CAS 471-34-1, is surface modified nano calcium carbonate developed as reinforcing filler for industrial rubber products.
With optimized particle treatment technology, this powder achieves excellent dispersion in various rubber matrices. It effectively improves tensile strength, hardness and abrasion resistance of rubber compounds, stabilizes dimensional accuracy of finished rubber parts. Meanwhile, it optimizes mixing and extrusion processing performance, reduces
Stearic Acid Treated Nano Calcium Carbonate CAS 471-34-1 for Silicone Sealant Industrial Adhesive
Stearic Acid Treated Nano Calcium Carbonate, CAS 471-34-1, is surface modified nano CaCO₃ developed as high-performance filler for silicone sealant and industrial adhesive.
With stearic acid surface coating, the powder achieves excellent dispersion in silicone polymer systems. It effectively enhances tensile strength, hardness and thixotropic property of sealants and adhesives, prevents sagging during construction, optimizes storage stability, and helps form uniform, smooth finished surface. Th
CAS 471-34-1 Surface Coated Nano CaCO3 Toughening Reinforcement for PP PE Plastics
Surface Coated Nano CaCO₃, CAS 471-34-1, is modified nano calcium carbonate specially developed for PP and PE plastic systems. The surface coating treatment greatly elevates its compatibility with polypropylene and polyethylene matrix. As a toughening and reinforcing filler, it effectively enhances impact resistance, tensile strength and dimensional stability of plastic products. Meanwhile, it can partially replace virgin resin, optimize processing fluidity and reduce comprehensive production co
Nano Calcium Carbonate CAS 471-34-1 Activated CaCO3 Filler for PVC Pipe Profiles
Nano Calcium Carbonate (CAS 471-34-1) is surface-activated nano CaCO₃ filler specially developed for PVC industry. After organic surface modification, it features outstanding dispersion in PVC resin systems. When used in PVC pipe and profile production, the filler enhances product surface smoothness, improves rigidity and dimensional stability, optimizes extrusion processing performance, and effectively lowers overall raw material costs.
Nano Iron Oxide CAS 1317-61-9 Microwave Absorbing Filler for EMI Shielding Industrial Coatings
Nano Iron Oxide (Nano Fe₃O₄, CAS 1317-61-9) is high-purity magnetic nanopowder applied as efficient microwave absorbing filler. It can be incorporated into industrial coatings to deliver outstanding electromagnetic wave absorption performance and reliable EMI shielding capability. Thanks to nano particle size and unique magnetic properties, the filler realizes efficient electromagnetic loss, helps coatings suppress electromagnetic interference, and suits communication, electronic equipment and a
Magnetic Nano Iron Oxide CAS 1317-61-9 Heavy Metal Adsorbent for Industrial Sewage Treatment
Magnetic Nano Iron Oxide (Nano Fe₃O₄, CAS 1317-61-9) is superfine magnetic nanopowder developed as high-efficiency heavy metal adsorbent for industrial sewage treatment.
Benefiting from large specific surface area, the material delivers excellent adsorption capacity for various heavy metal ions in wastewater. Its unique magnetic property allows fast separation and cyclic reuse after adsorption. Compared with traditional adsorbents, it reduces waste generation and lowers overall operation costs
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