Group 1 (Standard Blades) - Our oldest and most popular styles. Formed from a single piece of stainless steel with different profiles to adjust levels of shear and flow.
Uniform teeth accelerate pigment particles and breakup agglomerates. High shear is quickly achieved with turbulent flow.
High-vaned "Pumper" blade is designed for maximum turbulent flow.
Group 2 (Alternate Blades) - Originally offered as competitive offsets to our standard blades. These impellers have gained favor with some customers.
K Style "Clipped"
H Style "Hi Vane"
High viscosities / high solids impeller, produces shear with increased turbulence.
These blades represent the earliest and most polular of the dispersion blade styles.
Group 3 (Louvered Blades) - Louvered or vented impellers offer an axial component to the flow.
The Conn ITT provides high shear and agitation; Good combination of material movement shear.
The Conn IT produces positive but gentle material flow; Low shear smooth fast mixing without air inclusion.
The Conn ITC has large pitched teeth on the periphery instead of louvers providing a high degree of pumping.
Group 4 (Ring Blades) - multiple rings provide greater shear than the other blade designs.
Product accelerates through a series of rings machined to produce venturi. Yields very fine grinds with laminar flow and less heat build-up.
Product passes through a series of curved rings to produce fine grinds, laminar flow, and low heat.
Group 5 (Poly Blades) - designed to produce greater wear resistance than the standard stainless steel designs
Manufactured from Ultra-High Molecular Weight Polyethylene (UHMP) for superior wear. Effective in highly abrasive applications with no metal contamination.
UHMW version of the ITT. Good combination of material movement and shear.
Urethane blade provides excellent wear resistance.