Sleeves

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

PTFE sleeves are inserted between standard ground glass joints to eliminate the
use of grease and prevent sticking. Sleeves have a wall thickness of about 0.05
mm are inert, usable to ca. 280°C and will withstand low to medium vacuum.

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­

For grease-free, high vacuum seals using standard ground glass joints. Made
from PTFE with substantial shoulder for ease of handling and of robust overall
construction for repeated use. Rigid sleeves are inert, usable to ca. 280°C and will
withstand high vacuum-leakage rate less than 1 x 10^-4 torr, litre, sec.^-1.­