Indium 99,9% Wire Ø0.0 3/32-0 5/16in Clean Metal Element 49

Description

Indium 99.9% wire Ø0.2-8mm pure metal element 49
Indium 99.9% wire Ø0.2-8mm pure metal element 49
The tolerance for the width and length of a sheet metal blank is +/-2mm
Surface is raw, so scratches are normal. Item photo is just a general example
TOP quality at fair prices
High-quality products made to measure and cut to size
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Technical specifications:
Brand:
Evek
Manufacturer number:
Not applicable
Type:
wire
Material:
hafnium
Operation area:
as indium tin oxide (flat screens and touch screens); as an alloy additive to many metals such as gallium, copper, manganese, bismuth, tin, cadmium and lead; construction of coils and transformers; phototransistors, solar cells and lasers;
Characteristics:
high ductility and very low hardness; low melting point; resistance to air; insolubility in most organic acids; little toxic;
Further information:
Density:
7.31 g/cc
melting point:
156.59°C
Mohs hardness :
1.2
thermal conductivity:
81.6 W/(m K)
electr. Resistance:
12.5 x 10⁶ S/m
Description:
Production time - 5-7 weeks.
Preparation for shipment - 2-3 working days.
Look at the FAQ please.
Indium is a rare element that is one of the heavy metals. It is very ductile, has very low hardness and has a low melting point. At high temperatures, indium metal reacts with many nonmetals. It is stable in air at room temperature. Indium does not dissolve in hot water and most organic acids. It is also not attacked by salt water. However, the metal is readily soluble in mineral acids (nitric acid or sulfuric acid).
Indium is now mainly processed into indium tin oxide. This semi-conductive transparent substance is used in the manufacture of flat panel displays and touch screens. Indium is also used as an alloy component. It can be alloyed with bismuth, tin, cadmium and lead. Alloys of gallium and indium are used in the manufacture of high-temperature thermometers. Alloys based on indium, copper and manganese are suitable for the construction of coils and transformers.
Indium is used:
as indium tin oxide (flat screens and touch screens);
as an alloy additive to many metals such as gallium, copper, manganese, bismuth, tin, cadmium and lead;
for building coils and transformers;
in phototransistors, solar cells and lasers.
Indium is characterized by:
high ductility and very low hardness;
low melting point;
resistance to air;
insolubility in most organic acids;
little toxic.
documentation
Data sheet (German)
d — outside diameter
Listing and template services provided by inkFrog
Indium is a rare element that is one of the heavy metals. It is very ductile, has very low hardness and has a low melting point. At high temperatures, indium metal reacts with many nonmetals. It is stable in air at room temperature. Indium does not dissolve in hot water and most organic acids. It is also not attacked by salt water. However, the metal is readily soluble in mineral acids (nitric acid or sulfuric acid). Indium is now mainly processed into indium tin oxide. This semi-conductive transparent substance is used in the manufacture of flat panel displays and touch screens. Indium is also used as an alloy component. It can be alloyed with bismuth, tin, cadmium and lead. Alloys of gallium and indium are used in the manufacture of high-temperature thermometers. Alloys based on indium,