Modular & Scalable Design
High-Efficiency Agitation
Versatile Speed Control
Customizable Solutions
1. Overview
The frame type mixer is used for agitating the solution of the dosage in water plant,sewage treatment plant and so on.
3.Applications
● Large-Scale Water Treatment:
Ideal for municipal water plants and sewage treatment facilities, the JBK series handles high-capacity mixing in large reaction tanks (e.g., 3.5m x 3.5m basins) with dual-layer full-depth paddles for rapid dissolution of flocculants and coagulants.
● Variable Viscosity Adaptation:
Configurable paddle designs (single/double-layer, full/half-depth) and adjustable speeds (3.9–1400 RPM) accommodate diverse reagents, from low-viscosity chemicals to viscous polymer solutions.
● Energy-Efficient Operation:
Low-power models (0.18–1.1 kW) deliver efficient agitation in compact systems (e.g., 2.2m x 2.2m ponds), minimizing energy consumption while maintaining mixing efficiency for prolonged operation.
● Customizable Solutions:
Supports tailored designs for specialized applications, such as anti-cavitation impellers for abrasive slurries or reinforced frames for high-temperature chemical mixing in industrial settings.
3.Product Features
● Modular & Scalable Design:
Available in JBK-1700 to JBK-3850 models, the series supports large-scale applications (e.g., 3.5m × 3.5m basins) with customizable paddle configurations (single/double-layer, full/half-depth) to meet diverse mixing demands.
● High-Efficiency Agitation:
Combines robust frame structures with optimized paddle designs for rapid dissolution of reagents, even in viscous or abrasive slurries, while maintaining low energy consumption (0.18–1.1 kW motor options).
● Versatile Speed Control:
Operates at adjustable speeds (3.9–1,400 RPM) to balance mixing intensity and energy use, suitable for applications ranging from gentle chemical dissolution to high-shear slurry blending.
● Customizable Solutions:
Supports special material selections (e.g., corrosion-resistant alloys) and structural reinforcements for extreme conditions, including high-temperature or high-pressure industrial processes.
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