The ISO-KF connection (DIN 28 403 and ISO 2861) allows quick installation and replacement of components in vacuum systems. The connection consists of two symmetrical ISO-KF flanges (1), a centering ring with an O-ring seal (2) and a quick-release clamp (3). High-vacuum ISO-KF connections can be mounted without using a tool by simply turning the nut of the quick-release clamp.
ConFlat (CF) standard connections are used to ensure the connection of components of vacuum systems operating in the field of high and ultra-high vacuum.
ConFlat (CF) standard connections are used to ensure the connection of components of vacuum systems operating in the field of high and ultra-high vacuum.
The ISO-KF connection (DIN 28 403 and ISO 2861) allows quick installation and replacement of components in vacuum systems. The connection consists of two symmetrical ISO-KF flanges (1), a centering ring with an O-ring seal (2) and a quick-release clamp (3). High-vacuum ISO-KF connections can be mounted without using a tool by simply turning the nut of the quick-release clamp.
The ISO-KF connection (DIN 28 403 and ISO 2861) allows quick installation and replacement of components in vacuum systems. The connection consists of two symmetrical ISO-KF flanges (1), a centering ring with an O-ring seal (2) and a quick-release clamp (3). High-vacuum ISO-KF connections can be mounted without using a tool by simply turning the nut of the quick-release clamp.
ConFlat (CF) standard connections are used to ensure the connection of components of vacuum systems operating in the field of high and ultra-high vacuum.
ConFlat (CF) standard connections are used еo ensure the connection of components of vacuum systems operating in the field of high and ultra-high vacuum.
The ISO-KF connection (DIN 28 403 and ISO 2861) allows quick installation and replacement of components in vacuum systems. The connection consists of two symmetrical ISO-KF flanges (1), a centering ring with an O-ring seal (2) and a quick-release clamp (3). High-vacuum ISO-KF connections can be mounted without using a tool by simply turning the nut of the quick-release clamp.
Designed for immersion of objects in the baths of LOIP LT thermostats and LOIP LB-200 precision thermostatic baths to a predetermined depth. Thermostatable objects are placed on a movable pallet, which can be fixed at any required depth. The device is installed on the casing of thermostats and precision thermostatic baths instead of a hinged lid and is equipped with its own removable lid.
Bath volume, l 17 and 24
Pallet size, mm 260x320
Maximum immersion depth, mm 200
The bracket for mounting the distiller provides the possibility of not only desktop, but also wall-mounted installation of the aquadistillator at the required height.
It is intended for placement in the BF bath and is used in determining the mass fraction of paraffins in oil in accordance with the method A of the State Standard 11851.
The ISO-KF connection (DIN 28 403 and ISO 2861) allows quick installation and replacement of components in vacuum systems. The connection consists of two symmetrical ISO-KF flanges (1), a centering ring with an O-ring seal (2) and a quick-release clamp (3). High-vacuum ISO-KF connections can be mounted without using a tool by simply turning the nut of the quick-release clamp.
It is intended for placing vessels with samples in the working baths of the BNTI 05 04 bath when determining the low-temperature properties of petroleum products, if appropriate test vessels are available.
Suitable for placing vessels with samples for the State Standard 20287 (Method A), EN 23015 or ASTM D97.
The set of devices is designed to accommodate thermostatically controlled objects in the inner bath of the VT18 or VT18-2 liquid thermostat when they are immersed to a depth of 40 or 70 mm from the bottom of the inner bath.
Overall dimensions 350x260x70 mm
Weight 2.1 kg
It is used in determining the low-temperature characteristics of petroleum products and organic chemical products in accordance with the State Standard 5066 (Method B) and GOST 18995.5.
ConFlat (CF) standard connections are used to ensure the connection of components of vacuum systems operating in the field of high and ultra-high vacuum.