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High Aspect Ratio Talc Powder (Talcum / Magnesium Silicate) CAS 14807-96-6, Silane-Treated Reinforcing Filler for Automotive PP
High Aspect Ratio Talc Powder is a lamellar magnesium silicate mineral refined from premium talc ore, followed by ultrafine milling and silane coupling‑agent surface treatment. The preserved high‑aspect‑ratio platelet structure provides powerful reinforcing effects within polypropylene matrix. The silane coating enhances interfacial compatibility between talc particles and non‑polar PP resin, reducing filler agglomeration during extrusion and injection molding. This mineral filler is specificall
Calcined Kaolin Clay (Calcined China Clay) CAS 92704-41-1, Opacifying Insulating Extender for Coatings, Plastics and Wire Cable
Calcined Kaolin Clay, also named Calcined China Clay, is manufactured from selected high‑purity natural kaolin ore after high‑temperature thermal calcination, fine grinding and strict classification. High‑temperature treatment removes crystal‑bound water, eliminates hydrophilic surface characteristics of raw kaolin, and delivers enhanced chemical inertness, high whiteness, superior opacifying capacity and reliable dielectric properties. This mineral extender is widely adopted in coating, plastic
Water-Washed Kaolin Clay (China Clay) CAS 1332-58-7, Industrial Thickener and Anti-Settling Extender for Printing Ink and Coatings
Water‑Washed Kaolin Clay (China Clay) is refined from natural kaolin ore through multi‑stage wet washing, classification, filtration and drying procedures. This unmodified mineral filler features controlled particle‑size distribution, moderate oil‑absorption value and stable whiteness. It functions as thickener, anti‑settling agent and extender pigment, mainly applied in printing inks and different industrial coating formulations to optimize suspension behavior, enhance coating film hardness and
Nano-Modified Kaolin Clay CAS 1332-58-7 High-Gloss Coating Engineering Plastic Reinforcement
Nano‑Modified Kaolin Clay is produced from selected high‑purity kaolin ore via ultrafine grinding and specialized nano‑scale surface modification treatment. Developed as a direct replacement for ASP 802, this mineral filler features narrow particle‑size distribution, outstanding whiteness and excellent polymer wettability. It serves as reinforcing and extending filler for high‑gloss industrial coatings and multiple engineering plastics, balancing surface gloss, scratch resistance and dimensional
Amino-Silane Modified Kaolin CAS 1332-58-7 Wire Cable Polyamide Insulating Filler
Amino‑Silane Modified Kaolin is surface‑treated calcined kaolin with amino‑silane coupling agent. It shows excellent compatibility with polyamide and other engineering polymers. This mineral filler is developed as a direct alternative to Translink 445, widely applied for wire and cable insulating formulations to enhance insulation property, dimensional stability and mechanical performance.
Fine Water-Washed Kaolin Clay CAS 1332-58-7 Waterborne Coating TiO2 Extender Filler
This fine water‑washed kaolin clay is produced by wet purification processing. It features fine particle size and low brightness loss. The product serves as TiO2 extender in waterborne coatings, optimizing hiding performance and lowering formulation cost, with specification equivalent to ASP G92.
Titanate-Modified Barium Sulfate CAS 7727-43-7 PP ABS Engineering Plastic Rigidity Filler
This precipitated barium sulfate is surface‑treated with titanate coupling agent. It obtains good interfacial compatibility with polyolefin and styrene‑based resin. The product enhances rigidity and reduces shrinkage for PP and ABS modified engineering plastic, serving as high‑performance mineral filler for plastic compounding.
Nano Precipitated Barium Sulfate CAS 7727-43-7 Stearate-Coated High-Gloss PP ABS Auto Paint Filler
This nano precipitated barium sulfate is treated with stearate surface coating. It shows good dispersion in non‑polar resin systems. The material improves surface gloss and smoothness of automotive paint and modified PP‑ABS parts, and stabilizes mechanical performance for plastic components requiring painting.
Ultra-Fine Silane-Coated Precipitated Barium Sulfate CAS 7727-43-7 High-Gloss Coating Engineering Plastic Filler
This ultra-fine precipitated barium sulfate is processed with organosilane surface modification. The treated surface achieves strong interfacial bonding with organic resin matrix. It supports premium high-gloss surface performance, enhances material rigidity, and reduces equipment wear during high-temperature plastic extrusion and high-speed coating dispersion processes, serving as a reliable functional filler for high-end coating and engineering plastic applications.
Nano Calcium Carbonate for Sealant CAS 471-34-1 Fatty Acid Coated Silicone PU Reinforcing Filler
This fatty‑acid‑coated nano calcium carbonate is a functional mineral filler specially developed for sealant industry. Surface modification achieves good compatibility with silicone and PU resin matrix. It enhances mechanical strength and rheological performance of sealant, serves as Vigot‑10 equivalent raw material for sealant production.
Titanate-Modified Ultra-Fine Calcium Carbonate CAS 1317-65-3 Waterborne Coating Ink Hiding Filler
This titanate‑modified ultra‑fine calcium carbonate undergoes surface treatment with titanate coupling agent. It achieves excellent compatibility within aqueous resin systems. As an extending and hiding filler, it optimizes formula cost while stabilizing film properties, serving as ImerCoat equivalent material for water‑based coating and ink manufacturing.
Stearic Acid Coated Ground Calcium Carbonate CAS 1317-65-3 Ultra-Fine Plastic Coating Filler
Stearic Acid Coated Ground Calcium Carbonate is ultra‑fine ground calcium carbonate with stearic‑acid surface coating as direct replacement for Carbital N. The stearic‑acid surface treatment improves hydrophobicity and compatibility with non‑polar resins. Incorporated into plastic and coating formulations, this mineral filler enhances powder dispersion, optimizes surface gloss of finished articles and improves extrusion processing performance.
Jishengya Technology
Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.
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