Foxx Life Sciences
Desiccator Vacuum, Stopcock with PTFE spindle and Porcelain plate, 100mm, Borosilicate
- SKU:
- 3083041
Description
Desiccator Vacuum, Stopcock with PTFE spindle and Porcelain plate, 100 mm, Borosilicate
-
Foxx Life SciencesDesiccator Vacuum, Stopcock with PTFE spindle and Porcelain plate, 200mm, Borosilicate
SKU: 3083043
$808.81Desiccator Vacuum, Stopcock with PTFE spindle and Porcelain plate, 200 mm, Borosilicate -
Foxx Life SciencesBorosil Desiccator with cover and Porcelain plate plastic knob 200mm borosilicate glass
SKU: 3082043
$454.94Borosil Desiccator with cover and Porcelain plate plastic knob 200 mm borosilicate glass -
Foxx Life SciencesBorosil Desiccators, Vacuum, 250mm (Large)
SKU: 3083044
$817.73Borosil Desiccators, Vacuum, 250mm (Large) -
Foxx Life SciencesBorosil Desiccators, Vacuum, 150mm (Small)
SKU: 3083042
$497.16Borosil Desiccators, Vacuum, 150mm (Small) -
Foxx Life SciencesBorosil Desiccator with cover and Porcelain plate plastic knob 100 mm borosilicate glass
SKU: 3082041
$257.37Borosil Desiccator with cover and Porcelain plate plastic knob 100 mm borosilicate glass -
Foxx Life SciencesBorosil Desiccators, Vacuum, 300mm (X-Large)
SKU: 3083045
$1,587.40Borosil Desiccators, Vacuum, 300mm (X-Large) -
United ScientificPORCELAIN DESICCATOR PLATE WITH STAND, 115 mm
SKU: JDS115
$26.50Desiccator Plates with Stand, Porcelain Desiccators include three 16mm high feet. Glazed on top surface. Thermal Shock Resistance - average coefficient of expansion from 20° C to 200° C is 3.56... -
United ScientificPORCELAIN DESICCATOR PLATE WITH STAND, 146 mm
SKU: JDS146
$30.50Desiccator Plates with Stand, Porcelain Desiccators include three 16mm high feet. Glazed on top surface. Thermal Shock Resistance - average coefficient of expansion from 20° C to 200° C is 3.56... -
United ScientificPORCELAIN DESICCATOR PLATE WITH STAND, 230 mm
SKU: JDS230
$38.90Desiccator Plates with Stand, Porcelain Desiccators include three 16mm high feet. Glazed on top surface. Thermal Shock Resistance - average coefficient of expansion from 20° C to 200° C is 3.56...
