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- Manufacturer: American Zinc
- Product Line: Zinc Oxide
- Product: Zinc Oxide
- Industries:
- Authorized Countries: Canada | United States
Zinc Oxide (HSA)
Zinc Oxide (HSA), is a high surface area grade with a typical percentage of (m2/g) of 9.0.
Quantity
Documents
Specifications
Form: Powder
Zinc oxide (ZnO) dry-basis, limit %: 99.995 min
Lead (Pb), typical %: 0.0005
Cadmium (Cd), typical %: 0.0001
Iron (Fe), typical %: 0.0001
Copper (Cu), typical %: 0.0001
Surface area (m2/g): 9.0
Fineness, 325 Mesh: 99.995%
Loss at 110° (moisture): 0.1
Primary Chemistry:
Zinc oxide (ZnO)
- Manufacturer: American Zinc
- Product Line: Zinc Oxide
- Product: Zinc Oxide
- Industries:
- Authorized Countries: Canada | United States
Manufacturer
Product Line
Product
Industries
Authorized Countries
Canada
United States
Overview
Zinc Oxide (HSA) is a high purity additive with high surface area (≈9.0 m²/g) for enhanced chemical activity. For rubber and elastomer systems this grade accelerates curing and vulcanization for improved end-product and efficiency.
Specifications
Form: Powder
Zinc oxide (ZnO) dry-basis, limit %: 99.995 min
Lead (Pb), typical %: 0.0005
Cadmium (Cd), typical %: 0.0001
Iron (Fe), typical %: 0.0001
Copper (Cu), typical %: 0.0001
Surface area (m2/g): 9.0
Fineness, 325 Mesh: 99.995%
Loss at 110° (moisture): 0.1
Primary Chemistry:
Zinc oxide (ZnO)
Features & Benefits
- Ultra-fine particle size with high surface area (HSA)
- Very high purity
- Low Moisture & Volatility for stability during processing
- Fine Particle Size ensures excellent dispersion in polymers, coatings, and adhesives
- Accelerates curing in rubber and elastomer systems
- Improves pigment dispersion and color consistency in coatings
- Enhances corrosion resistance in metalworking formulations
- Ideal for catalysts and specialty chemical processes
Problems Solved
Uneven color and surface defects in coatings and plastics
Inconsistent finish and reduced durability
Metal parts degrade under harsh conditions
Poor bonding strength and durability
Low reactivity leads to longer cure times and weaker crosslinking
Applications
Ceramics
Glass
Tile
Plastics
Rubber
Coatings
Paints
Adhesives
Inks
Lubricants
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