0.50 View, Std-Length Viewport - 1.33 CF Flange
0.50 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 0.75 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 1.33 CF Flange.
This is a test of the "site alert message system". (edited)
0.50 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 0.75 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 1.33 CF Flange.
0.75 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 1.00 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 2.75 CF Flange.
1.25 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 1.50 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 2.75 CF Flange.
1.25 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 1.50 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 3.37 CF Flange.
1.62 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 2.00 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 3.37 CF Flange.
2.00 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 2.50 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 4.50 CF Flange.
2.00 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 2.50 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 4.62 CF Flange.
3.00 View Dia., Corning 7056 Type Borosilicate Glass / Standard-Length Viewport on 3.50 Dia., Non-Magnetic 304 Stainless steel tube, mounted on a 6.00 CF Flange.
Designed for direct visual observation of processes inside a vacuum chamber — AGP standard-length non-magnetic Borosilicate glass viewports are fitted with Corning 7056 Type Borosilicate Glass windows, the most popular glass used in the construction of vacuum-compatible viewports. Non-magnetic CF viewports are sealed to non-matched expansion 304 stainless steel transition tubes and are slightly longer than its equivalent size magnetic (Kovar) counterparts. They are hermetically sealed using state-of-the-art glass-to-metal bonding technology, AGP glass viewports are suitable for both high and ultrahigh (UHV) vacuum applications.
Since glass is susceptible to scratching and inherently weak under point stresses, exercise extreme caution when handling glass viewports. The proper handling of glass viewports and components will minimize the chance of implosion hazard or injury.