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Au Particles

Price 5500 INR/ Gram

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MOQ : 100 Milliliters

Au Particles Specification

Molecular Formula
Au

Hardness
2.53 (Mohs scale)

Particle Size
10 nm to 2 microns (customizable)

Thickness
Depends on particle; generally nano to micron scale

Moisture Content
<0.5%

Weight
Variable as per packing

Ph Level
7 (neutral)

Length
Varies with particle size

Alkali Resistance
Excellent

Acid Resistance
Excellent (Resistant to most acids except aqua regia)

Operating Temperature
Up to 1064C (Melting Point)

EINECS No
231-165-9

Color
Golden Yellow

Viscosity
Not applicable (solid powder)

Chemical Name
Gold Particles

Other Names
Colloidal Gold, Nano Gold, Au Micro Powder

CAS No
7440-57-5

Purity
99.9%

Appearance
Fine Powder

Physical State
Solid

Raw Material
Pure Gold

Molecular Weight
196.97 g/mol

Dissolving Time
Insoluble in water

Insoluble %
~100%

Hazard Statement
Generally regarded as non-toxic in bulk; nanoform requires care

Thermal Conductivity
High

Density
19.3 g/cm³

Boiling Point
2856°C

Storage Conditions
Store in tightly sealed containers in a cool, dry place

Electrical Conductivity
High

Melting Point
1064°C

Packaging Type
Sealed bottle, vial, or bulk container

Shelf Life
Stable under recommended conditions

Application
Electronics, medical diagnostics, sensors, catalysis, research, coatings

Au Particles Trade Information

Minimum Order Quantity
100 Milliliters

Delivery Time
Days

Main Domestic Market
All India

About Au Particles

Gold Particles endows a series of monodisperse polycrystalline nanocrystals with a spherical shape with an average diameter ranging from 10 - 50 nm. Citrate-capped nanoparticles are very stable. Citrate-capping can be easily functionalized with various ligands, such as peptides, DNA, and antibodies.

Exceptional Physical and Chemical Properties

Au particles boast a high density (19.3 g/cm3), outstanding electrical and thermal conductivity, and impressive resistance to acids and alkalis. Their melting and boiling points are 1064C and 2856C, respectively, making them suitable for demanding applications. Their customizable particle size allows flexibility, from nano to micron scale, to meet diverse industrial requirements.

Versatile Applications Across Industries

Gold particles are extensively used in electronics, medical diagnostics, catalysts, sensors, scientific research, and specialty coatings. Their unique properties enable precise conductive pathways in devices, enhance medical imaging techniques, expedite chemical reactions, and provide durable, attractive coatings with longevity and reliability.

Safe Handling and Long-Term Stability

While bulk gold is considered non-toxic, nanoform gold particles require proper safety measures during handling. For optimal longevity, Au particles should be stored in tightly sealed containers, in a cool, dry environment to maintain purity and stability. Their insolubility and low moisture content support extended shelf life and easy storage logistics.

FAQ's of Au Particles:

Q: How should gold (Au) particles be stored to ensure maximum shelf life?

A: Gold particles should be stored in tightly sealed containers in a cool, dry place. This prevents contamination and moisture absorption, preserving their stability and purity over time.

Q: What benefits do gold particles provide in electronics and medical diagnostics?

A: Gold particles offer high electrical and thermal conductivity, enhancing circuit performance in electronics. In medical diagnostics, their biocompatibility supports precise imaging and detection methods, improving accuracy and reliability.

Q: Where are gold particles commonly utilized in industrial and research settings?

A: Gold particles are frequently employed in Sweden and worldwide for electronics, sensors, catalysts, research labs, medical diagnostics, and specialized coatings, thanks to their unique conductivity and chemical stability.

Q: When is special care required during handling of gold particles?

A: Special care is essential when handling gold particles in nanoform, as their small size may interact differently with biological tissues. Bulk forms are generally safe, but nano gold should be managed using appropriate safety protocols.

Q: What process is used to customize the particle size of Au powder?

A: Particle size for gold powder can be tailored during the production process, typically through controlled milling or chemical synthesis, allowing customization from 10 nm to 2 microns based on application needs.

Q: How can gold particles benefit catalysts and coatings applications?

A: Gold particles accelerate chemical reactions as catalysts and provide corrosion-resistant, aesthetically pleasing, and durable coatings due to their excellent acid and alkali resistance and strong bonding characteristics.

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