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  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
  • High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware
High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware

High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal Noble Metal for Labware

  • 10 - 19 Grams
    $217.80
  • >= 20 Grams
    $217.60

Customization:

size(Min.Order: 1 pieces)
Customized logo(Min.Order: 100 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 10000 pieces)

High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal Noble Metal for Labware

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Purity Material Composition: Composed of 99.9% pure iridium and platinum (Pt/Ir alloy), engineered for extreme durability, corrosion resistance, and high-temperature stability.
  • Versatile Applications: Designed for precision use in laboratory equipment, resistor components, advanced heating systems, and chemical processing due to its noble metal properties.

Key features

  • 1. Material Technology: High-Purity Noble Metal Alloy

  • With a 99.9% purity iridium-platinum alloy, achieve exceptional corrosion resistance and thermal stability for demanding applications like chemical processing and high-temperature systems*.

  • 2. Chemical Composition: Enhanced Conductivity & Durability

  • Containing gold (Au) and platinum (Pt), the alloy ensures superior electrical conductivity and chemical inertness, ideal for precision labware and advanced resistor systems*.

  • 3. Performance Parameters: Extreme Thermal Stability

  • With a melting point exceeding 2,400°C, these grains outperform standard metals in high-temperature environments, such as industrial heating systems and lab furnaces*.

  • 4. Scenario Solutions: Lab & Industrial Versatility

  • The uniform, 1-gram granules enable precise dosing in laboratory experiments and consistent performance in chemical reactors, ensuring reliable results in critical workflows*.

  • 5. Certification Standards: Compliance & Safety Assurance

  • Certified to CE and Germany’s EPR standards, ensuring compliance with EU safety and environmental regulations for lab and industrial use*.

Product details

High Purity Iridium Grain/particle/granule (1 Gram) 99.9% Precious Metal  Noble Metal for Labware

High Purity Iridium Grain/particle/granule (1 Gram) 99.9% is a precision-engineered noble metal product designed for laboratory, resistor/heating systems, and chemical industry applications. Crafted from a platinum-iridium alloy with trace gold and platinum, these uniform cylindrical pellets feature a hexagonal cross-section and rounded ends, ensuring consistent performance in demanding environments.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionPlatinum-Iridium Alloy (99.9% purity) with trace Au/PtHigh-temperature lab equipment, corrosion-resistant components
Purity99.9%Precision chemical reactions, analytical tools
CertificationCE, EPR Germany PackingEU-compliant labware and industrial components
Size1 gram (uniform cylindrical pellets)Standardized dosing for lab experiments
ShapeHexagonal cross-section, rounded endsCatalytic processes, abrasive applications
ContainerTransparent plasticEasy quality control and inventory management

Customization guide

Adjustable parameters include size, shape, and material composition to meet specialized needs such as customized alloy ratios for extreme thermal or chemical environments.

Get inspired

Ideal for high-precision applications, these grains excel in laboratory instruments, corrosion-resistant heating systems, and chemical catalysts. Their hexagonal design ensures optimal distribution in reactors, while their 99.9% purity guarantees minimal impurities in critical processes.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Purity99.9%99.95% (+0.05%)99.99% (+0.09%)*
Temperature Resistance1500°C1600°C1700°C
Chemical ResistanceStandard+20% vs. industry+40% vs. industry

Supplier's note

  1. Key Technical Breakthroughs:

    • Ultra-high purity (99.99% in Pro Model) enables flawless precision in analytical labs.
    • Hexagonal geometry improves surface-area-to-volume ratio for enhanced catalytic efficiency.
    • Triple-layer EPR-compliant packaging ensures safe global transport.
  2. Optimal Version Selection:

    • Base Model: Suitable for general lab use where cost-efficiency is prioritized.
    • Advanced Model: Ideal for chemical processing requiring 20% higher corrosion resistance than industry standards.
    • Pro Model: Recommended for extreme environments, such as aerospace or semiconductor manufacturing, where +40% chemical resistance and 1700°C thermal stability are critical.

With 99.9% purity, you can ensure reliable results in sensitive lab experiments. The Pro version’s 1700°C resistance, 20% faster than traditional models, enables safe handling of high-temperature alloys. Pair its platinum-iridium alloy with the Advanced Model’s enhanced corrosion resistance for seamless integration into harsh chemical processes.

Frequently asked questions

  • Which model of high purity iridium granules suits laboratory applications?

  • How do I compare iridium vs platinum granules for chemical industry use?

  • Can I customize the packaging for resistor and heating system applications?

  • Are these iridium particles FDA-approved for labware?

  • What applications are best for 1-gram iridium particles in the chemical industry?

  • How should I store iridium granules to maintain purity?

  • Are these granules safe for handling in high-temperature labs?

  • Can I mix iridium and platinum granules for hybrid systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Purity Noble MetalsPrecision lab equipment manufacturingPurity: 99.9% (ISO 1030)Advanced: 99.99% (ASTM E1400)Base: Minimizes contamination; Advanced: ▲ 99.99% for ultra-sensitive testsHigher cost vs. standard metals ($250/unit vs. $180 for 99.5% purity)
High-Temperature ResistorsIndustrial heating systemsMelting Point: Platinum (2470°C)Iridium (2443°C)Withstands extreme heat without deformation (tested up to 2000°C per ASTM E228)30% costlier than Nichrome alloys
Chemical Processing CatalystsCorrosive chemical reactorsCorrosion Resistance: ASTM F739 compliantAdvanced: 1000+ hrs in HClMaintains integrity in aggressive acids (e.g., sulfuric acid at pH 0-14)Limited scalability for mass production (batch size <500kg)
Conductive ComponentsElectronics with high conductivity needsConductivity: Platinum (71.5 MS/m)Gold Alloy (75 MS/m, ASTM B885)▲ 5% higher conductivity than pure platinum for precision circuits20% higher material cost than silver-plated alternatives
Certified MaterialsEU-regulated industriesCompliance: CE + EPR Germany PackagingEnsures EU safety standards (e.g., RoHS compliance)Certifications may not apply in non-EU markets (e.g., US FDA requires separate testing)
Customizable GranulesTailored industrial applicationsGranule Size: Uniform 1g ±0.01g (ISO 3801)Advanced: 0.5g precisionFlexible for specialized needs (e.g., catalytic converters)Custom orders require 2-week lead time vs. 3-day standard delivery

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