China

HUXI HPT-8 Automatic quantitative nitrogen blowing condenser 8L/600W

SE
Timing/quantitative/evaporation mode, can condense 1~ 8 samples at the same time, sample volume ≤ 200mL (with 0.5mL & 1.0 quantitative scale); Water Bath capacity 8L; air pressure adjustment 0~ 0.4Mpa; temperature control room temperature to 90 ℃; temperature control accuracy +/- 0.5 ℃; Water Bath heating
$7222.00/set
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HuXi HPT-8 Automatic quantitative nitrogen blowing condenserSPEC

HuXi HPT-8 Automatic quantitative nitrogen blowing condenserDetails

HuXi HPT-8 Automatic quantitative nitrogen blowing condenserPacking list

SKU
NB046552
mode
Three modes of operation (Timer mode, quantitative mode, steam-drying mode)
heating method
PID temperature control
Sample Handling Ability
Can condense 1-8 samples simultaneously
sample Volume
≤ 200mL (with 0.5mL & 1.0 quantitative scale)
Bath Capacity
8.0L
Control mode
7-Inch LCD touch screen
Open cover hover function
Yes.
Lighting control
Independent lighting control (for condensing away from light)
Buzzer alarm
There is a buzzer alarm prompt after a single sample and all samples are completed.
Air pressure regulation
0-0.4Mpa
Operation mode
independent control
temperature control
Room temperature -90 ℃
Temperature control Accuracy
±0.5℃
Heating mode
Water bath heating
External supply nitrogen pressure range
≤80Psi
Overheating protection device
Yes.
Blow needle angle adjustment
Yes.
Installation method of gas nozzle
Detachable air nozzle, each air nozzle can be independently disassembled and replaced
Built-in exhaust system
The instrument has a built-in fan to guide exhaust emissions without taking up space in the fume cupboard.
Instrument material
Stainless steel material or chemical resistant plastic, can withstand the special environment of the laboratory for a long time
Support corrosion resistant coating customization
Contact reagents Some devices support Teflon coatings Non-standard customization
Timer
Yes.
Power
600W
Operating Voltage
220 VAC ±10% 50Hz
Packaging Dimensions
650*700*600mm
Net Weight
36kg
Gross Weight
39kg
HPT-8
Automatic quantitative nitrogen blowing condenser
Timing/quantitative/evaporation mode, can condense 1~ 8 samples at the same time, sample volume ≤ 200mL (with 0.5mL & 1.0 quantitative scale); Water Bath capacity 8L; air pressure adjustment 0~ 0.4Mpa; temperature control room temperature to 90 ℃; temperature control accuracy +/- 0.5 ℃; Water Bath heating
HUXI HPT-8 Automatic quantitative nitrogen blowing condenser 8L/600W Picture

Introduction

The solution with pesticide residues extracted from the sample is generally very low, and the extract must be concentrated before the next purification or detection to reduce its volume and increase the concentration of pesticides, which is conducive to the purification step. In the concentration process, attention should be paid to preventing the loss of pesticides, especially pesticides with high vapor pressure and poor stability. Among the various operational steps of pesticide residue analysis, concentration is the most harmful to pesticides. Therefore, general distillation methods cannot be used. However, regardless of the method of concentration, the solvent should not be evaporated, and the pesticide is most likely to be lost when it is evaporated. In general, during concentration, an inhibiting evaporation agent such as ethylene glycol and diethylene glycol that does not interfere with the analysis are added to the extract solution to prevent the solvent from drying out and the pesticide loss. The commonly used concentration method is nitrogen blow-drying.

The automatic quantitative nitrogen blowing concentrator uses the rapid flow of nitrogen to break the gas-liquid balance over the liquid, so that the liquid volatilization rate is accelerated. And the temperature is raised by dry heating or Water Bath heating, so as to achieve the purpose of concentration. Nitrogen is also an inactive gas, which can also play a role in isolating oxygen and preventing oxidation. Nitrogen can be used in the following fields: pesticide residue analysis, environmental analysis, food and beverage, biological analysis, and pharmaceutical drug testing.

Features

  • The nitrogen purge channel is controlled independently

  • Dual blowing needle mode, automatic switching of blowing angle at different liquid levels, improving concentration efficiency.

  • Automatic dosing mode, which automatically stops concentration when the concentration volume is reached.

  • It can concentrate 1-8 samples at the same time, and the samples can be quickly concentrated by nitrogen blowing and Water Bath heating.

  • The 7-inch LCD touch screen intelligent graphical operation interface is designed, which displays temperature, pressure, time and other parameters in real time.

  • The unique double blow needle design uses the oblique blowing mode to vortex purge first, and automatically switches to the direct blowing mode when the concentration end is close to the end point to speed up the concentration speed.

  • The hovering design of the open lid allows the upper cover to hover in any position, which is convenient and safe for sampling.

FAQ
QOur laboratory does pesticide residue analysis and needs to condense the sample extract. Recommend an instrument?
A The HPT-8 automatic quantitative nitrogen blow condenser adopts nitrogen purge and water bath heating, which can quickly condense 1-8 samples and avoid pesticide loss. The double blow needle design automatically switches the angle to improve the efficiency, which is especially suitable for the condensing demand of low-concentration solutions in pesticide residue analysis.
QTo condense biological samples, it is necessary to avoid light and prevent oxidation. Is there a suitable instrument?
A HUXI HPT-8 is suitable, it has independent light control to achieve light-proof condensation, nitrogen isolation of oxygen to prevent oxidation. Support Teflon coating customization, corrosion resistance, suitable for biological Sample Handling. Automatically switch the blowing mode to speed up, to ensure that the sample is safe and efficient condensing.