Search results for: 'sens id 9'

Liquid Sensor for 1/8" OD Tubing

Pressure sensor option for CEM Plus series vessels.

Simple and fast NIST traceable calibration source for iWave and IR sensors. Calibrate sensors at temperatures up to 175 °C.

Larger reservoirs for all reagents used in peptide synthesis

80 mL reaction vessel assembly, does not include a fiber optic thermowell.

Discover system accessory for reactions with sub-ambient temperatures as low as -80°C.

80 mL reaction vessel assembly, does not include a fiber optic thermowell.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature control with saphire thermowell, EPS pressure, and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature control with saphire thermowell, EPS pressure, and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature only control with saphire thermowell and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature only control with saphire thermowell and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

iWave temperature control and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

iWave temperature control and standard Teflon coated ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature control with saphire thermowell, EPS pressure, and premium ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature control with saphire thermowell, EPS pressure, and premium ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature only control with saphire thermowell and Premium ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

Fiber optic temperature only control with saphire thermowell and Premium ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

iWave temperature control and premium ring.

Rugged, frame style vessels which are perfect for preparing difficult to digest organic materials such as oils and polymers as well as inorganic matrices such as ceramics and inorganic oxides.

iWave temperature control and premium ring.

The AirWave™ option provides increased airflow for high organic sample ashing. This meets the most demanding requirements of large organic samples with ease. Eliminates volume reduction/carbonization on hot plate or Bunsen burners and provide accurate carbon black results in a fraction of the time it takes conventional furnaces. The reproducibility is excellent, making the use of nitrogen atmosphere or quartz tubes unnecessary.