Digital Flocculator Jar Test 4 Spindles Maskot

Digital Flocculator Jar Test 4 Spindles – Maskot Brand

The Maskot Digital Flocculator Jar Test with 4 spindles is a precision laboratory instrument used to simulate and study coagulation and flocculation processes in water and wastewater treatment. Designed with digital speed control, durable materials, and built-in LED lighting, this flocculator ensures reliable results and ease of use for laboratory professionals.

Features

1. Four stainless steel stirring rods (SS 304) for uniform and consistent mixing

2. Digitally adjustable speed control ranging from 18 to 260 rpm

3. Wide time setting range from 0.05 seconds to 10 hours

4. Constructed from durable 1 mm steel plate with powder-coated finish for corrosion resistance

5. Built-in 10 W LED light for clear visibility of sample behavior during testing

6. Energy-efficient design with 43 W power consumption, ideal for continuous operation

Application

1. Laboratory testing of coagulants and flocculants in water treatment processes

2. Simulation of water clarification and sedimentation in municipal and industrial systems

3. Turbidity analysis and research in environmental monitoring laboratories

4. Quality control testing in water purification plants

5. Educational and training applications in environmental science laboratories

6. Standardized jar testing procedures for process development and optimization

Specification

• Brand: Maskot

• Number of Spindles: 4

• Material: 1 mm steel plate with powder coating

• Stirring Rods: Stainless Steel 304

• Speed Range: 18 – 260 rpm (digitally adjustable)

• Timer: 0.05 seconds to 10 hours

• Voltage: 220 VAC / 50 Hz

• Power Consumption: 43 W

• LED Light Power: 10 W

• Tool Dimensions (L x W x H): 65 x 36 x 30 cm

• Shipping Dimensions (with wooden packaging): 77 x 45 x 40 cm

• Warranty: 1-year full warranty

• Country of Origin: Made in Indonesia

Conclusion

The Maskot Digital Flocculator Jar Test 4 Spindles is an essential tool for laboratories conducting water treatment experiments. With precise digital controls, durable design, and compact size, it offers efficiency and consistency for a wide range of water quality applications.