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Vacuum Flanges,
Fittings, Feedthoughs, Viewports & Connectors
xtronix
is firmly established as a key vacuum hardware and products
supplier.
All in all we propose a selection of well over 3'000 vacuum-related standard
components and the capacity
to address many special custom needs, even
on low volumes!
The
xtronix
brand of flanges, fittings and
viewports includes
a full range of KF, CF & ISO components; a
selection of over 1500 line items.
Ceramic-to-Metal Vacuum
Components
Current / Voltage /
Instrumentation / TC / Liquid Feedthoughs,
Connectors, Vacuum Breaks, etc.
 (2MB / 44-pages)
High Current
Connectors
Solid Sealing Technology
introduces two new series of high current
connector solutions. These connectors are rated
for currents from 69 to 250 amps and incorporate
SST?s ceramic to metal sealing technology for
use in UHV,
pressure,
cryogenics,
and
gas/plasma processing
applications. Both series provide an ideal
solution for high current applications which
maximize ratings, safety, and the connection
interface.
Conductors are silver plated
copper on the airside in order to reduce contact
resistance and range in diameters of .142 inches
to .375 inches. Pin densities include 1,2,3 &
4-pin configurations.
Airside plugs are included with all assemblies
and have crimp style contacts for wire/cable
installation. Standard assembly installations
include weldable, ISO quick flanges or conflat
flanges.
With over 100 years of combined design and
industry expertise, SST provides ideal sealing
solutions for demanding applications including
high temperature, ultra-high vacuum,
and high pressure environments. Whether
you are looking for standard products, custom
solutions, or a partner to develop a new bonding
technique using advanced materials, SST is ready
to support your sealing requirements.
(475KB
/ 8-pages)
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Vacuum industry's more popular
stainless steels: |
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| 304
/ 304L Stainless Steel |
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316
/ 316L Stainless Steel |
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Follow this link
for vacuum chambers
...more
Viewports - Coefficients of Transmission
Different materials transmit
better than others at given wavelengths. 100%
transmission is practically impossible to
achieve. Factors as material thickness, material
batch differences and even the age of the
material can affect the transmission curves from
one batch to the other. Therefore, these figures
should only be used as an overall guide. As a
rule, the thicker the material the more the
extreme ends of the curve will be attenuated.
Certain materials, notably those for use in IR
transmissions, can age and this ageing will
cause a reduction in the transmission % over
time.
The graphs below show the
relationship between the % transmission
coefficient and wavelength, for materials
commonly used for vacuum viewports.
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Kodial |
Magnesium Fluorid |
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Sapphire |
Quartz |
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