Write About Everything

UN-Quantity

DOT, IMDG, IATA

UN2803

UN proper shipping title

DOT

gallium kaufen

IMDG, IATA

GALLIUM

Transport hazard class(es)

DOT

Class

eight Corrosive substances.

Label

eight

Class

eight (C10) Corrosive substances

Label

eight

IMDG, IATA

Class

eight Corrosive substances.

Label

eight

Packing group

DOT, IMDG, IATA

III

Environmental hazards:

N/A

Particular precautions for consumer

Warning: Corrosive substances

Transport in bulk in response to Annex II of MARPOL73/78 and the IBC Code

N/A

Transport/Further info:

DOT

Marine Pollutant (DOT):

No

UN “Mannequin Regulation”:

UN2803, Gallium, 8, IIl

Info on basic bodily and chemical properties

Appearance:

Kind: Strong in numerous kinds

Color: Silver grey

Odor: No knowledge out there

Odor threshold: No data available.

pH: N/A

Melting level/Melting vary: 29.Eight °C (86 °F)

Boiling point/Boiling vary: 2403 °C (4357 °F)

Sublimation temperature / begin: No data obtainable

Flammability (stable, fuel)

No knowledge accessible.

Ignition temperature: No knowledge accessible

Decomposition temperature: No knowledge obtainable

Autoignition: No knowledge out there.

Danger of explosion: No data available.

Explosion limits:

Lower: No knowledge accessible

Higher: No data available

Vapor pressure: N/A

Density at 20 °C (68 °F): 5.91 g/cm3 (49.319 lbs/gal)

Relative density

No information accessible.

Vapor density

N/A

Evaporation charge

N/A

Solubility in Water (H2O): Insoluble

Partition coefficient (n-octanol/water): No data obtainable.

Viscosity:

Dynamic: N/A

Kinematic: N/A

Different information

No data available

Within the solid state, the metallic exhibits a number of peculiarities. Although it is comparatively gentle, compact items disintegrate into high-quality, sharp splinters when subjected to robust mechanical stress. In the liquid state, gallium types a gentle grey lubricant movie on the skin in addition to within the eyes. Subsequently, unprotected contact with the metallic must be averted. Chemically, the coveted technology steel behaves equally to aluminium or zinc.

Dr. Mackie is an electronics industry knowledgeable with a technical background in physical chemistry, floor chemistry, rheology, and semiconductor fabrication and assembly materials and processes. His professional experience covers all facets of electronics manufacturing from wafer fabrication to semiconductor packaging and SMT/electronics assembly. In his present function, he is focused on figuring out thermal materials wants and developments for varied high-efficiency applications, as well as the development and testing of progressive options to meet the rising thermal interface materials requirements. Dr. Mackie has been an invited international keynote speaker and has lectured internationally on topics ranging from sub-ppb metals evaluation in supercritical carbon dioxide to solder paste rheology. He holds patents in novel polymers, heterogeneous catalysis, and solder paste formulation. Dr. Mackie holds a Ph.D. in physical chemistry from the University of Nottingham, UK, and a Master’s of Science (MSc) in colloid and interface science from the College of Bristol, UK.