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(JSYAPG-TMA) Colloidal Silica Slurry Amine-Stabilized 34% CAS 112926-00-8, Alkaline CMP for Metal Layer & Special-pH Polish

(JSYAPG-TMA) Colloidal Silica Slurry Amine-Stabilized 34% CAS 112926-00-8, Alkaline CMP for Metal Layer & Special-pH Polish

JSYAPG‑TMA amine‑stabilized colloidal silica slurry is water‑based amorphous nano‑silica sol with 34 wt% SiO₂ solid content. It uses organic amine as surface stabilizer instead of inorganic alkali ions. The silica slurry maintains stable colloidal state under alkaline working conditions. It is engineered for metal‑layer CMP and special‑pH polishing workflows, and can be further diluted or compounded into custom polishing slurries for electronic‑grade applications.
Milled High-Silica Glass Fiber Powder CAS 65997-17-3, Silane-Modified Heat-Resistant Reinforcing Filler for Plastics and Coatings

Milled High-Silica Glass Fiber Powder CAS 65997-17-3, Silane-Modified Heat-Resistant Reinforcing Filler for Plastics and Coatings

Milled high‑silica glass fiber powder is produced by pulverizing high‑silica glass fiber into fine fibrous powder. After silane surface modification treatment, the product obtains good hydrophobic property and favorable interfacial affinity with polymer resin. It functions as heat‑resistant and reinforcing filler for plastics and coatings, improving heat distortion temperature, mechanical strength and scratch resistance of final products.
Calcium Sulfate Whisker (Anhydrous Gypsum Whisker) CAS 7778-18-9, Stearate-Coated Reinforcing Wear-Resistant Filler for Plastics

Calcium Sulfate Whisker (Anhydrous Gypsum Whisker) CAS 7778-18-9, Stearate-Coated Reinforcing Wear-Resistant Filler for Plastics

Calcium sulfate whisker (anhydrous gypsum whisker) is a fibrous inorganic crystal filler. After stearate surface coating treatment, its surface property is converted from hydrophilic to hydrophobic. It exhibits excellent compatibility with polyolefin and engineering plastic resin systems. This product is designed to reinforce plastic substrates, enhance abrasion resistance, reduce shrinkage and lower material cost for plastic compounds.
Hexagonal Boron Nitride Powder (h-BN) CAS 10043-11-5, Silane-Modified Thermally Conductive Electrical Insulating Filler

Hexagonal Boron Nitride Powder (h-BN) CAS 10043-11-5, Silane-Modified Thermally Conductive Electrical Insulating Filler

Hexagonal Boron Nitride Powder (h‑BN) is synthetic lamellar boron‑nitride ceramic powder produced by high‑temperature solid‑phase synthesis, purification, milling and classification, followed by silane‑coupling‑agent surface modification. Featuring unique platelet‑shaped crystal morphology, this material combines excellent thermal conductivity, superior electrical insulation and stable high‑temperature chemical inertness. After silane modification, the powder achieves improved dispersion and int
Synthetic Hydrotalcite (Layered Double Hydroxide / LDH) CAS 11097-59-9, Surface-Modified PVC Stabilizer Co-Aid and Acid Scavenger

Synthetic Hydrotalcite (Layered Double Hydroxide / LDH) CAS 11097-59-9, Surface-Modified PVC Stabilizer Co-Aid and Acid Scavenger

Synthetic Hydrotalcite (Layered Double Hydroxide / LDH) is artificially synthesized layered double‑hydroxide inorganic powder. After controlled surface modification treatment, the powder obtains improved dispersion and compatibility within PVC resin matrix. Relying on unique anion‑exchange capacity of its layered crystal structure, this product traps hydrogen chloride liberated by PVC under high‑temperature shear. It serves as stabilizer co‑aid and acid scavenger for lead‑free Ca‑Zn stabilized P
Boehmite Powder (AlOOH) CAS 1318-23-6, Silane-Modified Flame Retardant for Lithium Battery Separator Coating

Boehmite Powder (AlOOH) CAS 1318-23-6, Silane-Modified Flame Retardant for Lithium Battery Separator Coating

Boehmite Powder (AlOOH) is crystalline aluminium oxy‑hydroxide ceramic powder produced via hydrothermal synthesis, purification, fine grinding and silane surface modification. With excellent high‑temperature stability, low thermal‑expansion and high electrical insulation, this inorganic ceramic powder is designed as functional filler for lithium‑ion battery separator ceramic coating. After silane modification, the powder exhibits better dispersion within water‑based or solvent‑based coating slur
Magnesium Hydroxide MDH CAS 1309-42-8, Surface-Coated Low-Smoke Halogen-Free Flame Retardant for Polyolefin Cable

Magnesium Hydroxide MDH CAS 1309-42-8, Surface-Coated Low-Smoke Halogen-Free Flame Retardant for Polyolefin Cable

Magnesium Hydroxide MDH is inorganic mineral flame‑retardant powder processed by purification, fine grinding, classification and specialized surface coating treatment. It achieves flame‑retardant effect through endothermic thermal decomposition and water‑release at high temperature without releasing halogen‑based toxic fumes. The surface coating enhances interfacial affinity with polyolefin resin matrix. This functional filler is specially developed for HFFR polyolefin cable materials, helping c
Sepiolite Fiber Powder CAS 63800-37-3, Silane-Modified Reinforcing Fiber and Odor Adsorbent for Rubber and Plastics

Sepiolite Fiber Powder CAS 63800-37-3, Silane-Modified Reinforcing Fiber and Odor Adsorbent for Rubber and Plastics

Sepiolite Fiber Powder is a natural fibrous magnesium silicate mineral processed through purification, fine milling, fiber classification and silane coupling‑agent surface modification. The inherent micro‑fibrous crystal structure brings reinforcing effects, while its porous inner channel structure endows the material with physical adsorption capacity for volatile odor‑forming substances. After silane surface treatment, the fiber surface becomes organophilic, which improves interfacial bonding w
Organophilic Bentonite (Organoclay / Organobentonite) CAS 68953-58-2, Rheology Additive and Anti-Settling Thixotrope for Coatings

Organophilic Bentonite (Organoclay / Organobentonite) CAS 68953-58-2, Rheology Additive and Anti-Settling Thixotrope for Coatings

Organophilic Bentonite (Organoclay / Organobentonite) is manufactured from natural sodium bentonite clay through cation exchange reaction with quaternary ammonium salts. The hydrophilic clay surface is converted to organophilic property. This functional thixotropic rheology additive is widely used within solvent‑borne coating and ink systems. It delivers anti‑sagging, anti‑settling and suspension‑stabilizing performance, optimizes coating brushing and spraying characteristics, and helps manufact
Ultrafine Talc Powder (Talcum) CAS 14807-96-6, Surface-Modified Reinforcing Filler for PP, ABS and Automotive Plastics

Ultrafine Talc Powder (Talcum) CAS 14807-96-6, Surface-Modified Reinforcing Filler for PP, ABS and Automotive Plastics

Ultrafine Talc Powder (Talcum) is produced from selected natural talc ore through ultrafine dry grinding, multi‑stage air classification and controlled surface modification treatment. Its typical lamellar platelet crystal structure delivers notable reinforcing effect inside polymer matrices. After surface modification, the powder exhibits better interfacial compatibility with thermoplastic resins. This functional mineral filler is widely used for modification of PP, ABS and automotive‑grade plas
Pyrophyllite Powder CAS 12269-78-2, Titanate-Modified Processing Aid and Filler for Rubber and Plastics

Pyrophyllite Powder CAS 12269-78-2, Titanate-Modified Processing Aid and Filler for Rubber and Plastics

Pyrophyllite Powder is refined from natural pyrophyllite ore through crushing, ultrafine grinding, multi‑stage air classification and titanate coupling‑agent surface modification. Its inherent lamellar silicate crystal structure delivers good lubricating property. After titanate surface treatment, the powder achieves enhanced interfacial affinity with rubber and polymer resin matrices. This mineral product serves both as processing aid and reinforcing filler. It optimizes melt flow during compou
Diopside Powder (Calcium Magnesium Silicate) CAS 14483-19-3, Silane-Modified Wear-Resistant Filler for Plastics and Ceramics

Diopside Powder (Calcium Magnesium Silicate) CAS 14483-19-3, Silane-Modified Wear-Resistant Filler for Plastics and Ceramics

Diopside Powder (Calcium Magnesium Silicate) is refined from natural diopside ore through crushing, ultrafine grinding, multi‑stage classification and silane coupling‑agent surface modification. Featuring stable silicate crystal structure, moderate hardness and low thermal expansion coefficient, this mineral powder can reinforce wear‑resistant performance of engineering plastics. Meanwhile, it acts as sintering auxiliary raw material for ceramic production. After silane surface treatment, the po

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