DOUBLE MANIFOLD WITH HOLLOW GLASS STOPCOCK AND SPHERICAL JOINT
SKU
HMM0125
Double maniflod with hollow glass stopcock and spherical joint
The double manifold,also called vacuum gas distributer,is usually used in Schlenk line.
With 4mm double oblique, high vacuum solid glass stopcocks .
With 35/20 ball joints and 4mm double oblique, high vacuum hollow glass stopcocks .
Lower vacuum chambers on stopcock are evacuated with a separate hole in the plug
The double manifold,also called vacuum gas distributer,is usually used in Schlenk line.
With 4mm double oblique, high vacuum solid glass stopcocks .
With 35/20 ball joints and 4mm double oblique, high vacuum hollow glass stopcocks .
Lower vacuum chambers on stopcock are evacuated with a separate hole in the plug
Double maniflod with hollow glass stopcock and spherical joint
The double manifold,also called vacuum gas distributer,is usually used in Schlenk line.
With 4mm double oblique, high vacuum solid glass stopcocks .
With 35/20 ball joints and 4mm double oblique, high vacuum hollow glass stopcocks .
Lower vacuum chambers on stopcock are evacuated with a separate hole in the plug .
Laboy glass flasks are heavy wall designed,made by hand-blowing to ensure uniform wall thickness, made of high-quality borosilicate glasss and annealed at 800 degree Celsius ,can be heated directly in an open flame and can withstand typical laboratory thermal variations in chemistry processes like heating and cooling. .
The double manifold,also called vacuum gas distributer,is usually used in Schlenk line.
With 4mm double oblique, high vacuum solid glass stopcocks .
With 35/20 ball joints and 4mm double oblique, high vacuum hollow glass stopcocks .
Lower vacuum chambers on stopcock are evacuated with a separate hole in the plug .
Laboy glass flasks are heavy wall designed,made by hand-blowing to ensure uniform wall thickness, made of high-quality borosilicate glasss and annealed at 800 degree Celsius ,can be heated directly in an open flame and can withstand typical laboratory thermal variations in chemistry processes like heating and cooling. .
