Tin Oxide Coated Conductive Mica CAS 12001-26-2 is lamellar inorganic conductive filler. Uniform tin oxide coating brings low resistivity and lasting conductive performance. The overlapping flaky structure builds continuous conductive networks inside coating and plastic systems. It boasts great heat resistance and resin compatibility, perfectly suitable as functional filler for antistatic powder coating.

Product Detail

Tin Oxide Coated Conductive Mica CAS 12001-26-2 Low Resistivity Antistatic Powder Coating

Product Overview

Tin Oxide Coated Conductive Mica CAS 12001-26-2 is a high-performance lamellar inorganic conductive filler. It adopts natural mica as the substrate and is uniformly coated with high-purity tin oxide conductive layer. This product features ultra-low resistivity, stable conductive performance and excellent dispersion. The unique overlapping flaky structure forms dense and continuous conductive networks in powder coating and liquid coating systems. It effectively eliminates static electricity and improves film compactness. It is an ideal low-resistivity antistatic filler specially formulated for high-grade powder coating and functional conductive coating applications.

Core Features

Low Resistivity & High Conductivity: Uniform tin oxide coating provides stable low-resistance conductive performance, realizing efficient static dissipation with low addition dosage.
Excellent Powder Coating Adaptability: High temperature resistance matches powder coating curing process, no discoloration or conductivity attenuation after high-temperature baking.
Superior Dispersion Performance: No agglomeration during grinding and spraying, ensuring uniform conductivity and smooth finished coating surface.
Outstanding Barrier & Weather Resistance: Lamellar mica structure enhances coating water resistance, aging resistance and UV resistance, extending service life of powder coatings.
Light Color & Adjustable Tone: Light color base avoids darkening of paint film, supporting customized color matching for decorative and functional powder coatings.
Stable Batch Performance: Consistent coating rate and particle size distribution, ensuring stable resistivity and uniform finished product quality in mass production.

Product Specifications

Product Name: Tin Oxide Coated Conductive Mica

CAS No: 12001-26-2

Appearance: Light-colored flaky powder

Core Characteristics: Low resistivity, high conductivity, high temperature resistance, good dispersion, weather resistance

Main Application: Antistatic powder coating, conductive paint, industrial functional coating

Recommended Dosage: Adjust dosage according to target resistivity and coating formula requirements

Application Scope

Widely used as core functional filler for antistatic powder coating and conductive liquid coatings. Suitable for electrostatic spraying powder coatings, industrial equipment anti-static coatings, metal surface conductive coatings, anti-corrosion and anti-static integrated coatings, and weather-resistant functional coatings. Commonly applied in industrial manufacturing, hardware facilities, electronic equipment and anti-static engineering fields.

Usage Guide

Mix tin oxide coated conductive mica with powder coating raw materials uniformly before grinding. Ensure sufficient grinding dispersion to avoid particle aggregation. Adjust the filling amount reasonably to balance low-resistivity conductivity, coating flatness and mechanical properties. For liquid coatings, add during high-speed stirring and grinding process to obtain uniform conductive system.

Packaging & Storage

Packaging: Moisture-proof plastic inner bag + woven bag; iron drum packaging and customized specifications are available

Storage: Store in cool, dry and ventilated warehouse, keep away from moisture, high temperature and corrosive substances

Shelf Life: 12 months under dry and sealed storage conditions

Our Advantages

Our tin oxide coated conductive mica features uniform tin oxide coating, ultra-low and stable resistivity, perfectly solving the problems of high resistance, poor weather resistance and dark color of traditional conductive fillers. Adaptable to high-temperature curing of powder coatings with stable performance. Factory direct supply with sufficient inventory and fast delivery. Free sample testing and professional powder coating formula optimization technical support are provided.

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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.