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Dry Nitrogen Blower, Overall Dimensions 600*200*400mm (CAT#: STEM-GLE-0709-LGH)

Highlights

The NITROGEN BLOWING INSTRUMENT DESIGNED AND PRODUCED BY our COMPANY IS mainly composed of nitrogen blowing needle, fast heating, temperature controller and other parts. It adopts the purge and supplement technology, and uses nitrogen or other inert gases to quickly separate, purify and concentrate the samples containing known and many kinds without oxygen. The method is time-saving, convenient and accurate. It is widely used in agricultural residue analysis, environmental analysis, pharmaceutical and drug testing, biological analysis, drug testing, food and beverage testing and other fields.

Cat Number: STEM-GLE-0709-LGH

Application: Dry nitrogen blower, higher heating temperature, suitable for ordinary and water sensitive sample concentration.

Model: HGC-36A

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Description

The NITROGEN BLOWING INSTRUMENT DESIGNED AND PRODUCED BY our COMPANY IS mainly composed of nitrogen blowing needle, fast heating, temperature controller and other parts. It adopts the purge and supplement technology, and uses nitrogen or other inert gases to quickly separate, purify and concentrate the samples containing known and many kinds without oxygen. The method is time-saving, convenient and accurate. It is widely used in agricultural residue analysis, environmental analysis, pharmaceutical and drug testing, biological analysis, drug testing, food and beverage testing and other fields.

Specification

Heating method: dry heating
Number of samples: 36
Gas flow: 0~15L/min
Temperature control accuracy: ±1℃
Temperature control range: room temperature ~150℃
Overall dimensions: 600*200*400mm

Features

The NITROGEN BLOWING INSTRUMENT DESIGNED AND PRODUCED BY our COMPANY IS mainly composed of nitrogen blowing needle, fast heating, temperature controller and other parts. It adopts the purge and supplement technology, and uses nitrogen or other inert gases to quickly separate, purify and concentrate the samples containing known and many kinds without oxygen. The method is time-saving, convenient and accurate. It is widely used in agricultural residue analysis, environmental analysis, pharmaceutical and drug testing, biological analysis, drug testing, food and beverage testing and other fields.
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