-
Supplier: Leading Edge Metals & Alloys, Inc.
Description: for microprocessor applications. It is also used in electron emitters, heater coils, cathode ray tubes, electrical contacts and a variety of high-heat applications.
- Applications: Electronics / RF-Microwave
- Features: Corrosion Resistant
- Overall Length: 75 to 144 inch
- Overall Thickness: 1.00E-3 to 2 inch
-
Supplier: TPI Corporation
Description: CLEAR QUARTZ LAMP TYPE COILED TUNGSTEN FILAMENT MATERIAL MM-13A FIXTURE USED ON 8-11/16 INCH OVERALL LENGTH 5 INCH HEATED LENGTH PIGTAIL CONNECTION TYPE 120 VAC AT 50/60 HZ VOLTAGE RATING HORIZONTAL MOUNTING 500 W
- AC Voltage Required: 120 volts
- Heater Type: Radiant Heater
- Heating Capacity: 0.5000 kW
-
Supplier: TPI Corporation
Description: CLEAR QUARTZ LAMP TYPE COILED TUNGSTEN FILAMENT MATERIAL 462/463/MM-46A FIXTURE USED ON 41-11/16 INCH OVERALL LENGTH 38 INCH HEATED LENGTH PIGTAIL CONNECTION TYPE 480 VAC AT 50/60 HZ VOLTAGE RATING HORIZONTAL MOUNTING
- AC Voltage Required: 480 volts
- Heater Type: Radiant Heater
- Heating Capacity: 3.65 kW
-
-
Supplier: TPI Corporation
Description: CLEAR QUARTZ LAMP TYPE COILED TUNGSTEN FILAMENT MATERIAL 222/223/MM-24A FIXTURE USED ON 19-11/16 INCH OVERALL LENGTH 16 INCH HEATED LENGTH PIGTAIL CONNECTION TYPE 240 VAC AT 50/60 HZ VOLTAGE RATING HORIZONTAL MOUNTING
- AC Voltage Required: 240 volts
- Heater Type: Radiant Heater
- Heating Capacity: 1.6 kW
-
Supplier: TPI Corporation
Description: CLEAR QUARTZ LAMP TYPE COILED TUNGSTEN FILAMENT MATERIAL 342/343/MM-33A FIXTURE USED ON 28-11/16 INCH OVERALL LENGTH 25 INCH HEATED LENGTH PIGTAIL CONNECTION TYPE 277 VAC AT 50/60 HZ VOLTAGE RATING HORIZONTAL MOUNTING
- AC Voltage Required: 277 volts
- Heater Type: Radiant Heater
- Heating Capacity: 2.5 kW
-
Supplier: Plansee SE
Description: condenses on the substrate and forms the required layer. Our evaporation coils know how to turn up the heat: These resistance heaters with their very high melting points will bring practically any metal to the boil. At the same time, their high corrosion resistance and outstanding
- Materials Processed: Molybdenum, Tungsten, Specialty / Other
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Materials and Processes
Dispenser cathode assemblies with circular emitting surfaces and containing coiled tungsten heater wires were submitted for metallurgical examination.
-
Shell structures in aluminum nanocontacts at elevated temperatures
A tungsten heater coil tightly surrounds both electrodes.
-
An implementation of a broad annular cathode with ceramic substrates for the utilization in the development of a new type of microwave tube
Data H2 and H4 from the Fig. 9 represent the printed heater coil test results, while H3 shows the heating capability with a tungsten coil heater .
-
Liquid Metal Ion Sources For FIB Applications: Current Status And Future Prospects
The indirectly heated source offers more design flexibility in these cases and a standard tungsten coil heater can always be used, provided adequate radiation heat shielding is used.
-
Maskless Fabrication Using Focused Ion Beams
The sources are consisted of a field emitter tip spot -welded to a tungsten coil heater which also acts as the liquid metal reservoir.
-
Sub-Oxide Thin Films For An Optical Recording Disk
be set in a tungsten coil heater .
-
RADIOISOTOPE PROPULSION TECHNOLOGY PROGRAM (POODLE). VOLUME V. SIMULATION OF HIGH-TEMPERATURE RADIOISOTOPE HEAT SOURCE. Final Report, October 1, 1965--Marc...
Thermocouple Locations for Tungsten Coiled Heater Test .
-
Apparatus for x-ray measurements on reactive materials at 2500°C
Figure 2 Heat shield assembly (top); tungsten coil heater (centre); sample block assembly (bottom) . since thermal expansion ofthe supports would be of the order of0.08 mm there was no need to provide height adjustment of the specimenduringa run.
-
Vacuum Technology
One end of a LaB6 rod is heated by electron bombardment, using an auxiliary tungsten coil heater which surrounds the hot end of the rod.
-
Magnetic and Gas Sensing Property of Nanosized NiFe2 O4 Powders Synthesized by Pulsed Wire Discharge
The ferrite bulk sensor was placed on a tempera- ture controlled tungsten coil heater inside a ceramic enclosure.