Qingdao Enpu Environmental Equipment Co.,ltd
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The two-bladed curved paddle features a large curved surface and a small blade inclination angle. It enables the discharge flow pattern to generate simultaneous axial, radial and circumferential flow diversion with a large discharge capacity. This paddle can create a high-intensity flow field even under laminar and transitional flow conditions, and is generally recommended for multi-layer assembly. It is suitable for homogenization, dissolution, crystallization and solid suspension of medium and low viscosity materials.
The curved flat-bladed paddle is usually paired with a vessels with a butterfly-shaped or round bottom. Its curvature is consistent with the shape of the container's bottom, facilitating the flow of materials at the bottom and preventing sedimentation. It is suitable for low-speed mixing in applications where solid deposits tend to form at the vessel bottom.
The three-bladed open turbine impeller is a versatile mixing impeller with a certain axial circulation capacity. It performs similarly to inclined blade paddles at low speeds and delivers a certain dispersing capacity at high speeds. Ideal for operations including dissolution, mixing, dispersion and heat transfer.
The three-bladed flat impeller is a radial flow type mixing impeller, mainly generating horizontal circumferential flow. It forms vertical circulating flow when baffles are installed, and is typically operated under transitional flow conditions. Performing similarly to the two-bladed flat impeller at low speeds, it delivers a certain shearing force at high speeds. It is suitable for operations including dissolution, mixing, dispersion, liquid-phase reaction and heat transfer.
The three-bladed propeller is a widely used high-performance axial flow mixing impeller with excellent performance. Its larger blade inclination angle and variable-angle blades enable it to create a high-intensity flow field even under transitional and turbulent flow conditions. Its discharge capacity is 30% higher than that of traditional propeller mixers, and it is suitable for mixing, dissolution, reaction, mass transfer, extraction and crystallization operations for medium and low viscosity materials.
The three-bladed swept-back mixing impeller generates relatively fewer vortices and delivers high-flow vertical circulating flow. It boosts the shearing force while saving 15% of power, and is suitable for operations including mixing, gas absorption, mass transfer and polymerization reaction.
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