
28 mins read
Conductivity Calibration and Verification for Routine Laboratory Measurement
Conductivity Calibration and Verification for Routine Laboratory Measurement
Depth bores
Ø bores
For type of vessels
No. of borings
Specifications
Compare models£159.98
Inc. VAT
£159.98Inc. VAT
The Ohaus Heating Block for 50 mL Conical Centrifuge Tubes is engineered to provide precise and uniform heating for laboratory samples. Constructed from anodized aluminum, this block ensures optimal heat transfer and maximum heat retention, making it ideal for applications such as enzyme reactions, nucleic acid denaturation, and incubation of cultures.
This heating block is an essential tool for laboratories requiring consistent and reliable heating solutions.
Manufacturer P/N
30400168
Part Number
4.659 852
Manufacturer
OHAUS
Depth bores
47.6 mm
Manufacturer P/N
30400162
Part Number
4.659 846
Manufacturer
OHAUS
Depth bores
39.9 mm
Manufacturer P/N
30400192
Part Number
4.659 876
Manufacturer
OHAUS
Depth bores
38.1 mm
Manufacturer P/N
30400191
Part Number
4.659 875
Manufacturer
OHAUS
Depth bores
38.1 mm
Manufacturer P/N
30400157
Part Number
4.659 841
Manufacturer
OHAUS
Depth bores
27.6 mm
Manufacturer P/N
30400172
Part Number
4.659 856
Manufacturer
OHAUS
Depth bores
44.5 mm
Manufacturer P/N
30400159
Part Number
4.659 843
Manufacturer
OHAUS
Depth bores
39.1 mm
It is engineered to provide precise and uniform heating for laboratory samples. Constructed from anodized aluminum, this block ensures optimal heat transfer and maximum heat retention, making it ideal for applications such as enzyme reactions, nucleic acid denaturation, and incubation of cultures.
Yes. It is designed for applications such as enzyme reactions, nucleic acid denaturation, and incubation of cultures, and offers well dimensions of 29 mm diameter, 47.6 mm depth to support this kind of work.
It has well dimensions of 29 mm diameter, 47.6 mm depth.
It is made from anodized aluminum for corrosion resistance. It also offers accommodates 5 x 50 mL conical centrifuge tubes, yes, for precise temperature monitoring and included to reduce airflow and enhance temperature stability.

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Conductivity Calibration and Verification for Routine Laboratory Measurement

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