| Home Page | Abbreviated Contents | Customer Login | Quick Order / View Order | |
|---|---|---|---|---|
| Contact Us | Search | Indexes | Finish Order | |
PELCO ColdSpot® Prodesigned as a temperature controlled surface
The PELCO ColdSpot® Pro is designed for microwave processing
techniques that benefit from an efficient heat transfer between the PELCO ColdSpot® surface (tempered glass) and the sample. This improved product
design provides excellent temperature control for electron microscopy tissue processing,
immunolabeling and in situ hybridization protocols. The glass surface dissipates
heat quickly and efficiently and can be easily cleaned with a razor blade. This new
design creates a flat surface across the whole top and the adhesive attaching the
glass to the plastic body creates and excellent bond between the two materials. Filling
the PELCO ColdSpot® with water has been simplified. The
temperature of the water inside this PELCO ColdSpot® should
not exceed 60°C (140° F) because the thermal properties of the plastic and
the adhesive will be compromised at higher temperatures. All PELCO®
Microwave processors can be set to maintain the temperature below this critical point.
Designed for use with
3536 PELCO® Vacuum Chamber.
|
PELCO ColdSpot® Plusdesigned for higher solution temperatures
The PELCO ColdSpot® Plus is designed for microwave processing
techniques that benefit from retained heat and higher solution temperatures. The
unique construction of this PELCO ColdSpot® is designed
for the temperature requirements encountered during paraffin processing applications.
The all-welded construction combined with the solvent resistant and thermal properties
of the plastic make it the ideal choice when processing solution temperatures of
50°C (122° F) or higher are required. This new PELCO ColdSpot® design provides control of the microwave environment (hot and cold spots)
while meeting the demands presented during high temperature processing techniques.
|
PELCO® Technical Notes, PELCO ColdSpot® Microwave Water Load and Processing Surface (PDF File)