Your right solution
for high-purity metal supplies
for high-purity metal supplies
Ultrafine zinc powder (Zn-66)
Ultrafine zinc powder (Zn-66)
✓ Purity: 99.995-99.9995%
✓ Dispersion: 3-5 µm
✓ Particle shape: spherical, flaky
✓ Production method: electrolysis/evaporation
✓ Dispersion: 3-5 µm
✓ Particle shape: spherical, flaky
✓ Production method: electrolysis/evaporation
✓ Purity: 99.995-99.9995%
✓ Dispersion: 3-5 µm
✓ Particle shape: spherical, flaky
✓ Production method: electrolysis/evaporation
✓ Dispersion: 3-5 µm
✓ Particle shape: spherical, flaky
✓ Production method: electrolysis/evaporation
Zn66 isotope
particles 3-4 µm,
purity 99.99–99.995%
particles 3-4 µm,
purity 99.99–99.995%
✓ Packing in vacuum bags and metal containers of 50 kg each
Zn66 isotope
particles 3-4 µm,
purity 99.999–99.9995%
particles 3-4 µm,
purity 99.999–99.9995%
✓ Packing in PET bottles or vacuum bags in metal containers of 50 kg each
High purity zinc powder is an ultra-dispersed material with a main substance content of up to 99.9995% (5N5), obtained by evaporation and vapor condensation methods or by electrolysis.
Key Features:
Purity of the main substance: ≥ 99.995% (4N5) - 99.9995% (5N5)
Total impurity content: ≤ 0.001% (10 ppm) - ≤ 0.0005% (5 ppm)
Iron (Fe): ≤ 2 ppm
Lead (Pb): ≤ 1 ppm
Cadmium (Cd): ≤ 0.5 ppm
Particle size (D50): 3–5 μm / 10–30 μm (selectable)
Bulk density: 0.8–1.5 g/cm³
Specific surface area (BET): 1.0–3.5 m²/g
Total impurity content: ≤ 0.001% (10 ppm) - ≤ 0.0005% (5 ppm)
Iron (Fe): ≤ 2 ppm
Lead (Pb): ≤ 1 ppm
Cadmium (Cd): ≤ 0.5 ppm
Particle size (D50): 3–5 μm / 10–30 μm (selectable)
Bulk density: 0.8–1.5 g/cm³
Specific surface area (BET): 1.0–3.5 m²/g
This material is critical for industries requiring:
→ high chemical activity and reactivity
→ stable particle size distribution
→ minimal impurity content for the purity of final products
→ high chemical activity and reactivity
→ stable particle size distribution
→ minimal impurity content for the purity of final products
High purity zinc powder is an ultra-dispersed material with a main substance content of up to 99.9995% (5N5), obtained by evaporation and vapor condensation methods or by electrolysis.
Key Features:
Purity of the main substance: ≥ 99.995% (4N5) - 99.9995% (5N5)
Total impurity content: ≤ 0.001% (10 ppm) - ≤ 0.0005% (5 ppm)
Iron (Fe): ≤ 2 ppm
Lead (Pb): ≤ 1 ppm
Cadmium (Cd): ≤ 0.5 ppm
Particle size (D50): 3–5 μm / 10–30 μm (selectable)
Bulk density: 0.8–1.5 g/cm³
Specific surface area (BET): 1.0–3.5 m²/g
Total impurity content: ≤ 0.001% (10 ppm) - ≤ 0.0005% (5 ppm)
Iron (Fe): ≤ 2 ppm
Lead (Pb): ≤ 1 ppm
Cadmium (Cd): ≤ 0.5 ppm
Particle size (D50): 3–5 μm / 10–30 μm (selectable)
Bulk density: 0.8–1.5 g/cm³
Specific surface area (BET): 1.0–3.5 m²/g
This material is critical for industries requiring:
→ high chemical activity and reactivity
→ stable particle size distribution
→ minimal impurity content for the purity of final products
→ high chemical activity and reactivity
→ stable particle size distribution
→ minimal impurity content for the purity of final products
Каталог
Каталог
Ultrafine zinc powder
Isotope Zn66 particles 3 - 4 µm
Isotope Zn66 particles 3 - 4 µm
Ultrafine zinc powder, natural Zn66 isotope
Obtained by evaporation and condensation of zinc vapor in a protective atmosphere.
Particle size: 3-4 µm
Chemical purity: 99.99–99.995%, impurity content
- impurity content according to GOST 12601-76 (Fe, Pb, Cd, Cu, Sn, As, Pb);
Quantity: up to 60 tons per month
HS code: 7903100000 "Zinc dust"
Obtained by evaporation and condensation of zinc vapor in a protective atmosphere.
Particle size: 3-4 µm
Chemical purity: 99.99–99.995%, impurity content
- impurity content according to GOST 12601-76 (Fe, Pb, Cd, Cu, Sn, As, Pb);
Quantity: up to 60 tons per month
HS code: 7903100000 "Zinc dust"
Ultrafine zinc powder
Isotope Zn66, particles 3-4 µm
Isotope Zn66, particles 3-4 µm
Ultrafine zinc powder, natural Zn66 isotope
Obtained by electrolysis in a protective atmosphere
Particle size: 3-4 µm
Chemical purity: 99.999–99.9995%, impurity content
- impurity content according to GOST 12601-76 (Fe, Pb, Cd, Cu, Sn, As, Pb);
Quantity: up to 20 tons per month
HS code: 7903100000 "Zinc dust"
Obtained by electrolysis in a protective atmosphere
Particle size: 3-4 µm
Chemical purity: 99.999–99.9995%, impurity content
- impurity content according to GOST 12601-76 (Fe, Pb, Cd, Cu, Sn, As, Pb);
Quantity: up to 20 tons per month
HS code: 7903100000 "Zinc dust"
Technical and economic benefits for your business
Sampling from each batch submitted by the customer for certification is performed by a representative of the certification laboratory and is strictly accountable. All containers are labeled and sealed.
Analysis methods: Spark-gap mass spectrometry on a JMS-01-BM2 mass spectrometer using the "Mass Spectral Determination of Impurities (MSOP) B 1.1" method.
Analysis methods: Spark-gap mass spectrometry on a JMS-01-BM2 mass spectrometer using the "Mass Spectral Determination of Impurities (MSOP) B 1.1" method.
High chemical activity
• Ultra-dispersed → increased reactivity
• Minimal oxide content → efficiency in chemical processes
• Ideal for batteries, catalysis, and electroplating
• Minimal oxide content → efficiency in chemical processes
• Ideal for batteries, catalysis, and electroplating
Stable particle size distribution
• Narrow fraction → predictability of technological processes
• Reproducibility of characteristics → reduction in defects in serial production
• Reliability of results in R&D and laboratory studies
• Reproducibility of characteristics → reduction in defects in serial production
• Reliability of results in R&D and laboratory studies
Ultra-low impurity content
• Purity up to 5N5 → total impurities ≤ 5 ppm
• Control of critical elements (Fe, Pb, Cd) at the ppm level
• Compliance with requirements of the electronics, medical, and aerospace industries
• Control of critical elements (Fe, Pb, Cd) at the ppm level
• Compliance with requirements of the electronics, medical, and aerospace industries
Flexibility to meet customer requirements
• Choice of production method: electrolysis/evaporation and condensation
• Customized particle size and morphology for your process
• Possibility of supplying samples for testing and industrial batches
• Customized particle size and morphology for your process
• Possibility of supplying samples for testing and industrial batches
Technical and economic benefits for your business
Technical and economic benefits
for your business
for your business
Sampling from each batch submitted by the customer for certification is performed by a representative of the certification laboratory and is strictly accountable. All containers are labeled and sealed.
Analysis methods: Spark-gap mass spectrometry on a JMS-01-BM2 mass spectrometer using the "Mass Spectral Determination of Impurities (MSOP) B 1.1" method.
Analysis methods: Spark-gap mass spectrometry on a JMS-01-BM2 mass spectrometer using the "Mass Spectral Determination of Impurities (MSOP) B 1.1" method.
High chemical activity
• Ultra-dispersed → increased reactivity
• Minimal oxide content → efficiency in chemical processes
• Ideal for batteries, catalysis, and electroplating
• Minimal oxide content → efficiency in chemical processes
• Ideal for batteries, catalysis, and electroplating
Stable particle size distribution
• Narrow fraction → predictability of technological processes
• Reproducibility of characteristics → reduction in defects in serial production
• Reliability of results in R&D and laboratory studies
• Reproducibility of characteristics → reduction in defects in serial production
• Reliability of results in R&D and laboratory studies
Ultra-low impurity content
• Purity up to 5N5 → total impurities ≤ 5 ppm
• Control of critical elements (Fe, Pb, Cd) at the ppm level
• Compliance with requirements of the electronics, medical, and aerospace industries
• Control of critical elements (Fe, Pb, Cd) at the ppm level
• Compliance with requirements of the electronics, medical, and aerospace industries
Flexibility to meet customer requirements
• Choice of production method: electrolysis/evaporation and condensation
• Customized particle size and morphology for your process
• Possibility of supplying samples for testing and industrial batches
• Customized particle size and morphology for your process
• Possibility of supplying samples for testing and industrial batches
Cleanliness, which determines the efficiency of the process
Precision
process control
process control
Precision process control
• Automated real-time parameter monitoring systems
• Consistent batch-to-batch performance
• Elimination of contamination through closed process cycles
• Consistent batch-to-batch performance
• Elimination of contamination through closed process cycles
Deep cleaning and analytics
• Multi-stage washing with deionized water and organic solvents
• Gas-discharge mass spectrometry (GDMS) — detection of impurities down to 0.1 ppb
• Each batch is accompanied by a report detailing all controlled elements
• Gas-discharge mass spectrometry (GDMS) — detection of impurities down to 0.1 ppb
• Each batch is accompanied by a report detailing all controlled elements
Accurate classification
of particles
of particles
Accurate classification of particles
• Latest-generation air separators for fine particle size separation
• Particle size distribution control using laser diffraction
• Possibility of producing spherical particles with ≥ 95% sphericity
• Particle size distribution control using laser diffraction
• Possibility of producing spherical particles with ≥ 95% sphericity
Oxidation
protection
protection
Oxidation protection
• Vacuum drying at gentle temperatures
• Sealed packaging immediately after finishing
• Packaging in an inert atmosphere (upon request) for long-term storage
• Sealed packaging immediately after finishing
• Packaging in an inert atmosphere (upon request) for long-term storage
Solutions for your industries
Galvanizing and anti-corrosion coatings
Applications:
• Galvanizing steel and metal structures
• Production of zinc anodes for cathodic protection
• Application of functional coatings by spraying
Why choose VPR zinc powder:
✓ High chemical activity → uniform and dense coating
✓ Low impurity content → no defects and increased corrosion resistance
✓ Stable particle size distribution → predictability of the galvanizing process
• Galvanizing steel and metal structures
• Production of zinc anodes for cathodic protection
• Application of functional coatings by spraying
Why choose VPR zinc powder:
✓ High chemical activity → uniform and dense coating
✓ Low impurity content → no defects and increased corrosion resistance
✓ Stable particle size distribution → predictability of the galvanizing process
Production of batteries and power sources
Applications:
• Negative electrodes for alkaline batteries
• Zinc-air batteries for portable electronics and backup power supplies
• Components for rechargeable zinc systems
Why choose VPR zinc powder:
✓ Ultrafineness → increased capacity and charge/discharge rate
✓ Minimal impurity content → stable electrochemical characteristics
✓ Oxidation control → long shelf life and service life
• Negative electrodes for alkaline batteries
• Zinc-air batteries for portable electronics and backup power supplies
• Components for rechargeable zinc systems
Why choose VPR zinc powder:
✓ Ultrafineness → increased capacity and charge/discharge rate
✓ Minimal impurity content → stable electrochemical characteristics
✓ Oxidation control → long shelf life and service life
Chemical synthesis and catalysis
Applications:
• Reducing agent in organic and inorganic synthesis
• Catalysts and catalyst supports
• Reagents for purifying solutions and gases
Why choose VPR zinc powder:
✓ High reactivity → efficiency and speed of processes
✓ Purity of composition → absence of side reactions and impurities in the product
✓ Possibility of surface modification → customization for specific synthesis
• Reducing agent in organic and inorganic synthesis
• Catalysts and catalyst supports
• Reagents for purifying solutions and gases
Why choose VPR zinc powder:
✓ High reactivity → efficiency and speed of processes
✓ Purity of composition → absence of side reactions and impurities in the product
✓ Possibility of surface modification → customization for specific synthesis
Powder metallurgy and composites
Applications:
• Production of zinc and zinc-aluminum alloys
• Composite materials with specified mechanical and electrical properties
• Manufacturing of porous structures, filters, and bearings
Why choose VPR zinc powder:
✓ Controlled particle morphology → optimal packing and sinterability
✓ Uniform composition → stable properties in the finished product
✓ Batch stability → reproducibility in serial production
• Production of zinc and zinc-aluminum alloys
• Composite materials with specified mechanical and electrical properties
• Manufacturing of porous structures, filters, and bearings
Why choose VPR zinc powder:
✓ Controlled particle morphology → optimal packing and sinterability
✓ Uniform composition → stable properties in the finished product
✓ Batch stability → reproducibility in serial production
Additive manufacturing and spraying
Applications:
• 3D printing of zinc parts and prototypes
• Spraying anti-corrosion and functional coatings
• Manufacturing of solders and filler materials
Why choose VPR zinc powder:
✓ Spherical particle shape (for atomized powder) → high flowability
✓ Narrow particle size distribution → application accuracy and minimal porosity
✓ Low oxygen content → high quality of sintered/sprayed structures
• 3D printing of zinc parts and prototypes
• Spraying anti-corrosion and functional coatings
• Manufacturing of solders and filler materials
Why choose VPR zinc powder:
✓ Spherical particle shape (for atomized powder) → high flowability
✓ Narrow particle size distribution → application accuracy and minimal porosity
✓ Low oxygen content → high quality of sintered/sprayed structures
Scientific research and NIOKR
Applications:
• Reference materials for equipment calibration
• Research in electrochemistry, nanotechnology, and new materials
• Development of functional coatings and composites
Why choose VPR zinc powder:
✓ Reproducible characteristics → reliable experimental data
✓ Custom specifications → tailored to research objectives
✓ Full documentation support → compliance with grant and publication requirements
• Reference materials for equipment calibration
• Research in electrochemistry, nanotechnology, and new materials
• Development of functional coatings and composites
Why choose VPR zinc powder:
✓ Reproducible characteristics → reliable experimental data
✓ Custom specifications → tailored to research objectives
✓ Full documentation support → compliance with grant and publication requirements
2021-2026 ООО "Your Right Decision" High-Purity Metals from the Manufacturer
2021-2026 ООО "Your Right Decision" High-Purity Metals from the Manufacturer
