Flocculation Multi-station Stirrer

The flocculation mixer drives the blades to rotate through a motor, allowing suspended particles in water to fully contact with flocculants and form flocs, thereby accelerating sedimentation and separation. It is used for solid-liquid separation processes such as water treatment and sludge dewatering.

Instruments

Ten station independent control design, each station Max. stirring Capacity 1000mL, stirring speed range 0~ 1500rpm, using brushless DC motor drive, Heating power adjustable within the rated range, suitable for small capacity multi station operation.

$ 1085.00

With 0.01mg/m ³ detection sensitivity and +/- 2% repeatability error, it supports all-weather continuous multi-station monitoring, can automatically transfer data and realize remote query and management.

$ 2252.00

Eight-station control, Speed range 200-2200rpm, single-station stirring capacity of 1000ml; DC brushless motor noise is less than 27db, 316 stainless steel material corrosion resistance, IP64 Protection Rating splash-proof.

$ 703.00

8-Station synchronous operation to ensure sample environment conformity, Rotation speed 200-2200rpm range adjustable, DC brushless motor noise below 27dB, IP64 Protection Rating provides splash protection, single station stirring capacity of 1000ml.

$ 598.00

6 stations 100% synchronous operation to ensure sample conformity, Rotation speed 200-2200rpm range adjustable, IP64 Protection Rating anti-splash, DC brushless motor noise is less than 27 dB, single station stirring capacity of 1000ml.

$ 517.00

Six-station independent control, Speed range 200-2200rpm, single-station stirring capacity 1000ml; DC brushless motor noise is less than 27db, 316 stainless steel material corrosion resistance, IP64 Protection Rating splash-proof.

$ 598.00

Four-station independent control, Speed range 200-2200rpm, single-station stirring capacity of 1000ml; DC brushless motor noise is less than 27 decibels, IP64 Protection Rating ensures splash resistance, 316 stainless steel material corrosion resistance and high temperature resistance.

$ 493.00

The use of brushless DC motor to achieve a wide range of 50~ 2000rpm stirring, PT100 Sensor to ensure +/- 1 ℃ temperature control accuracy, four-station independent control can simultaneously process different samples, matt Teflon coating heating surface corrosion resistance and surface temperature up to 320 ℃.

$ 1042.00

DC brushless motor noise ≤ 27dB, four-station independent control can simultaneously stir different samples, temperature control accuracy +/- 1 ℃, heating surface corrosion resistant Teflon coating maximum temperature of 320 ℃, LCD digital display temperature and Rotation speed.

$ 954.00

The noise of DC brushless motor is less than 27 decibels, 316 stainless steel material is corrosion-resistant and high temperature-resistant, the single-station stirring capacity is 1000ml, and it supports a wide range of speed regulation from 200 to 2200rpm and runs smoothly at low speed.

$ 264.00

Using DC brushless motor to achieve 50~ 2000rpm speed regulation, PT100 Sensor to ensure +/- 1 ℃ temperature control accuracy, matte Teflon coating heating surface corrosion resistance and the maximum temperature of 320 ℃.

$ 1380.00

Four or six station design, each station independent control, Max. stirring Capacity 1500mL, stirring speed range of 100~ 2000rpm, brushless DC motor to provide stable drive.

$ 378.00

Six-station independent control, brushless DC motor drive, Max.stirring Capacity 1500mL, Speed range 100~ 1500rpm, support multi-container simultaneous operation.

$ 507.00

12 stations 100% synchronous operation to ensure that the sample environment is consistent, the DC brushless motor noise is less than 27 decibels, the stirring speed range of 200-2200rpm is wide and low speed is stable, 316 stainless steel material corrosion resistance and high temperature.

$ 703.00

Rotation speed is stable with brushless DC motor. Heating power 600W with dual automatic temperature control system can set 1~ 300 temperature difference coefficient to adapt to different experimental conditions. Four stations operate independently without interfering with each other.

$ 820.00

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