High-Speed Dissolver LE-HSD109

High-Speed Dissolver LE-HSD109

High-Speed Dissolver LE-HSD109 offers an elevating travel of 1200 mm for versatile and efficient mixing operations. It delivers a mixing capacity of 1800 to 2000 liters for efficient large-scale production. Equipped with explosion-proof design for safe operation in hazardous and flammable environments. Our High-Speed Dissolver is well-suited for paints, coatings, inks, dyes, chemical production, and paper-making processes.

$18,302.00 $ 15252

Specifications

Mixing Capacity 1800 to 2000 L
Main Shaft Revolution 0 to 1500 or 0 to 3000 r/min
Dispersing Plate Diameter 400 mm
Elevating Travel 1200 mm
Main Motor Power Consumption 37 kW/HP
Power Consumption 1.1 kW
Weight 1300 Kg

Features

  • Touch screen control with 0 to 1500 or 0 to 3000 r/min main shaft revolution
  • Hydraulic lifting with 1200 mm elevating travel
  • Temperature sensor
  • Telescopic cover for efficient large-scale production
  • Electronic lifting control for versatile mixing

Applications

FunctionImplementation
Large-scale production1800 to 2000 L mixing capacity enables efficient batch processing
High-volume dispersion37 kW main motor power consumption supports continuous operation
Versatile mixing1200 mm elevating travel allows for flexible mixing configurations
Explosion-proof environments1.1 kW power consumption enables safe operation in hazardous areas
Chemical processing0 to 1500 or 0 to 3000 r/min main shaft revolution supports variable mixing speeds


High-Speed Dissolver LE-HSD109

High-Speed Dissolver LE-HSD109

Related Models Of High-Speed Dissolver

Lab Expo High-Speed Dissolver supports intensive dispersion operations where rapid shear generation and precise speed control are required for consistent processing of viscous materials. The system operates with adjustable rotational speed to regulate shear intensity and mixing uniformity. Heavy-duty mechanical build ensures stable operation under continuous load, while controlled speed regulation enables repeatable dispersion outcomes for formulation and production workflows requiring uniform material consistency.