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Zn Powder Above 98% for Paint -325mesh -500mesh Reduction Displacement Reaction Occurs During the Extraction of Gold

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Purity Zinc Powder for Industrial Applications: With a purity of above 98%, this zinc powder is engineered for critical processes such as paint production and gold extraction via reduction displacement reactions.
  • Mesh Customization: Available in 325 mesh and 500 mesh grades to suit varying chemical and material requirements, ensuring precise particle size adaptation for different workflows.

Key features

  • 1. Material Technology

  • With 98% pure zinc, ensure reliable reduction displacement reactions in gold extraction and consistent performance in paint formulation. The high-purity material minimizes impurities, enhancing reaction efficiency and product quality.

  • 2. Performance Parameters

  • With a mesh range of 325 to 500, achieve precise particle distribution for optimal paint texture or efficient gold recovery. The fine granularity ensures uniform dispersion in applications like coatings and chemical processes.

  • 3. Scenario Solutions

  • Designed for dual-use in industrial paint production and gold extraction, this zinc powder adapts to both large-scale commercial operations and small-scale recovery projects, offering versatility across industries.

  • 4. Certification Standards

  • Manufactured to meet industry standards*, ensuring safety and compliance in chemical applications. [*Disclaimer: Certifications subject to manufacturer confirmation.]

  • 5. Reaction Efficiency

  • Facilitates faster reduction displacement reactions in gold extraction compared to lower-purity alternatives*, maximizing recovery rates and operational efficiency. [*Disclaimer: Based on internal testing; results may vary.]

Product details

Zn Powder Above 98%  for Paint -325mesh -500mesh Reduction Displacement Reaction Occurs During the Extraction of Gold

D&D's high-purity zinc powder (98%+ purity) is engineered for precision applications in gold extraction and paint manufacturing. Available in mesh sizes from -325 to -500, this zinc powder facilitates reduction displacement reactions critical for gold recovery while ensuring consistency in pigment formulations.

Technical specifications

FeatureSpecificationApplication Scenario
Purity≥98%Gold extraction requiring high reactivity
Mesh Size-325 to -500 meshPaint pigmentation and fine chemical processes
Chemical CompositionZinc (Zn)Catalyzing reduction displacement reactions
Reaction EfficiencyIndustry-leadingOptimized for gold cyanidation processes

Customization guide

Adjustable mesh size ranges (-325 to -500) and purity levels (up to 99.5% upon request) to meet specialized needs in industrial gold refining or high-end paint production.

Get inspired

With our 98%+ pure zinc powder, you can achieve faster reduction displacement reactions in gold extraction. The fine -500 mesh variant ensures uniform pigment distribution in premium paints, while the coarser -325 mesh balances cost and performance for standard applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Purity98%99%99.5%
Mesh Size Range-325 to -400-400 to -500-500
Reaction EfficiencyStandard+15% vs. baseline+30% vs. baseline

Supplier's note

  1. Technical Breakthroughs:

    • Purity Enhancement: 99.5% Pro Model purity exceeds industry benchmarks by 4.5%, reducing impurity-related inefficiencies.
    • Fine Mesh Precision: -500 mesh enables 20% finer pigment dispersion in paints compared to traditional -325 mesh.
    • Reaction Acceleration: Pro Model’s +30% efficiency cuts gold extraction time by 15% versus baseline models.
  2. Version Selection Guidance:

    • Base Model: Ideal for small-scale gold workshops or general paint manufacturers prioritizing cost efficiency.
    • Advanced Model: Suited for medium-sized operations requiring balance between purity (-99%) and mesh flexibility (-400 to -500).
    • Pro Model: Recommended for high-volume gold refineries or luxury paint brands demanding maximum purity and reaction speed.

Example use case: The Pro version’s 99.5% purity and -500 mesh ensures minimal waste in gold recovery while enabling ultra-fine pigment consistency for automotive coatings.

Frequently asked questions

  • Which Zn powder mesh size (325 vs 500) is best for paint applications vs gold extraction?

  • How should I store Zn powder to prevent oxidation and maintain 98% purity?

  • Why choose zinc over other metals for gold extraction via displacement reaction?

  • Is D&D Zn Powder FDA-approved or certified for industrial use?

  • Can D&D Zn Powder be customized for bulk orders or specific mesh adjustments?

  • How does the 98% purity of D&D Zn Powder enhance paint quality?

  • What safety precautions are needed when handling Zn Powder for gold extraction?

  • Does D&D offer technical support for optimizing Zn Powder in industrial reactions?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
PurityGold extraction, High-end coatingsIndustry Standard: 95% (ISO 9001)
Our Base: 98% (ASTM E1005) ▲
Our Advanced: 99.5% (ISO 13335) ▲▲
Base: Reduces impurities in gold recovery (98% purity ensures 95% recovery▲).
Advanced: Minimizes contamination in aerospace coatings▲▲.
Base: Slightly higher cost than standard.
Advanced: Premium pricing▲.
Mesh SizePaint formulation, Powder metallurgyIndustry Standard: 200 mesh (ASTM E11)
Our Base: 325 mesh (ISO 3310) ▲
Our Advanced: 500 mesh (ISO 3310) ▲▲
Base: Finer particles improve paint texture uniformity▲.
Advanced: Enables ultra-smooth finishes for automotive coatings▲▲.
Base: Requires more energy for processing.
Advanced: Higher cost due to precision milling▲.
Particle Size DistributionIndustrial paints, Electronics platingIndustry Standard: 74–150 µm (ISO 13320)
Our Base: 45–75 µm (ISO 13320) ▲
Our Advanced: 20–45 µm (ISO 13320) ▲▲
Base: Optimizes adhesion in automotive coatings▲.
Advanced: Enhances conductivity in electronics plating▲▲.
Base: Limited compatibility with low-viscosity systems.
Advanced: Prone to clumping without additives▲.
Chemical ResistanceCorrosive environments, Chemical plantsIndustry Standard: Passes ASTM D543 (10 exposures)
Our Base: Passes ASTM D543 (30 exposures) ▲
Our Advanced: Passes ASTM F739 (50+ exposures) ▲▲
Base: Resists sulfuric acid in gold leaching▲.
Advanced: Withstands hydrochloric acid in refinery processes▲▲.
Base: Limited use in extreme pH environments.
Advanced: Requires specialized storage▲.
Displacement Reaction EfficiencyGold cyanidation, Mineral processingIndustry Standard: 85% recovery (ASTM B550)
Our Base: 92% recovery (ASTM B550) ▲
Our Advanced: 97% recovery (ISO 18220) ▲▲
Base: Cuts gold recovery time by 15%▲.
Advanced: Maximizes ore yield in low-grade deposits▲▲.
Base: Moderate reactivity may slow large-scale operations.
Advanced: Requires precise dosing▲.
Cost-EffectivenessMass production, Budget-sensitive projectsIndustry Standard: $8/kg
Our Base: $10/kg (15% lower impurity cost)
Our Advanced: $14/kg (25% higher purity cost) ▲▲
Base: Balances cost and performance for standard coatings▲.
Advanced: Justified for high-margin applications like aerospace▲▲.
Base: May underperform in premium applications.
Advanced: Budget constraint for small-scale projects▲.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.