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99.5% zinc oxide

Product Name: Zinc Oxide Sample Warehouse 0.00T Item Index Superior Grade First Grade Qualified Grade Color White Zinc Oxide (dry basis) ≥99.53% Metal (as Zn) None Lead Oxide (Pb) ≤0.057% Manganese Oxide (as Mn) ≤0.0001% Copper Oxide (as Cu) ≤0.0003% Insoluble in Hydrochloric Acid ≤% Loss on Ignition ≤0.15% Residue on 320 Sieve ≤% Water-Soluble Matter ≤% Volatile Matter at 105℃ ≤0.40% Oil Absorption ≤% Hiding Power /

Classification :

Indirect method zinc oxide

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PRODUCT DETAILS

Product Introduction

Product Name	Zinc Oxide	Sample	Warehouse 0.00T
Item	Indicator
	Superior Grade	First Grade	Qualified Product
Color	White
Zinc Oxide (dry basis) ≥%	99.53
Metal as Zn	None
Lead Oxide (Pb) ≤	0.057
Manganese Oxide as Mn ≤	0.0001
Copper Oxide as Cu ≤	0.0003
Insoluble in Hydrochloric Acid % ≤	/
Loss on Ignition ≤	0.15
Residue on Sieve (320 sieve) ≤	/
Water Soluble % ≤	/
Volatile Matter at 105℃ % ≤	0.40
Oil Absorption, % ≤	/
Tinting Strength	/

High Purity Zinc Oxide is a premium inorganic compound known for its outstanding purity, stable chemical properties, and excellent functional performance across a wide range of industrial applications. With its fine particle size, high whiteness, strong dispersibility, and reliable conductivity characteristics, it has become an important material in industries requiring consistent quality and advanced performance. High Purity Zinc Oxide is widely used in rubber manufacturing, ceramics, glass production, electronics, coatings, and chemical processing due to its excellent thermal stability and oxidation resistance.

In the rubber industry, High Purity Zinc Oxide plays an essential role as an activator that improves vulcanization efficiency, enhances mechanical strength, and helps extend the service life of rubber products. In ceramic and glass applications, it contributes to improved durability, surface quality, and heat resistance. Its excellent electrical and optical properties also make it suitable for use in electronic components, semiconductor materials, and other advanced manufacturing fields.

APPLICATION FIELD

Rubber Products

Ceramics

Medicine

Pesticide

Water Treatment

Petrochemical

Polymer Materials

Metalworking

Electronic

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Indirect method zinc oxide