Rhenium Wire 99.95% From Ø0.002in To Ø0 1/8in Clean Metal Element 75 Re

Description

Rhenium Wire 99.95% from Ø0.05mm to Ø3.6mm Pure Metal Element 75 Re
Rhenium Wire 99.95% from Ø0.05mm to Ø3.6mm Pure Metal Element 75 Re
TOP quality at fair prices
High-quality products made to measure and cut to size
Competent advice & service
The delivered wire length may have a tolerance of +/-2% of the quantity ordered
Technical specifications:
Brand:
Evek
Manufacturer number:
Not applicable
Type:
wire
Material:
rhenium
Operation area:
aircraft construction (turbine blades); petroleum industry (catalysts); electrical industry (thermocouples); mass spectrometers (hot cathodes, contacts in electrical switches);
Characteristics:
great hardness, high density and ductility; good resistance to non-oxidizing acids; good formability, weldability and forgeability; easily soluble in oxidizing acids; stable to air; superconductivity below 1.7 K;
Norm classifications:
Name, symbol, atomic number:
rhenium, Re, 75;
Assay:
99.95%
Further information:
Density at 20 °C:
21 g/cm3
melting point:
3186 ° C
Thermal conductivity at 20 °C:
47.9 W/m K
electr. Conductivity:
5.42 x 10⁶ S/m
Mohs Hardness:
7-8
Description:
Do you need a different steel quality or dimension? Please write to us. Our sales team makes an offer from stock program or delivery program :)
Production time - 6-7 weeks.
Preparation for shipment - 2-3 working days.
Look at the FAQ please.
Rhenium is a rare transition metal. It has great hardness, high density and ductility, and one of the highest melting points of any metal after tungsten. Rhenium metal is very resistant to non-oxidizing acids and can be easily deformed (deep drawing, bending and pressing). It also has very good weldability and forgeability. The metal is stable to air and is only slightly soluble in oxidizing acids. Below 1.7 K, rhenium metal is superconducting.
Rhenium is mainly used as an alloying component. In nickel superalloys, for example, it improves creep and fatigue behavior at high temperatures. Thermocouples for temperature measurement are made from platinum-rhenium alloys. Rhenium is also used for platinum-rhenium catalysts. These increase the octane rating of unleaded gasoline.
Rhenium is used:
in aircraft construction (turbine blades);
in the petroleum industry (catalysts);
in the electrical industry (thermocouples);
in mass spectrometers (hot cathodes, contacts in electrical switches.).
Rhenium metal is characterized by the following properties:
great hardness, high density and ductility;
good resistance to non-oxidizing acids;
good formability, weldability and forgeability;
easily soluble in oxidizing acids;
stable to air;
superconducting below 1.7 K.
documentation
Data sheet (German)
d — outside diameter
Listing and template services provided by inkFrog
great hardness, high density and ductility; good resistance to non-oxidizing acids; good formability, weldability and forgeability; easily soluble in oxidizing acids; stable to air; superconductivity below 1.7 K; Rhenium is a rare transition metal. It has great hardness, high density and ductility, and one of the highest melting points of any metal after tungsten. Rhenium metal is very resistant to non-oxidizing acids and can be easily deformed (deep drawing, bending and pressing). It also has very good weldability and forgeability. The metal is stable to air and is only slightly soluble in oxidizing acids. Below 1.7 K, rhenium metal is superconducting. Rhenium is mainly used as an alloying component. In nickel superalloys, for example, it improves creep and fatigue behavior at high temper