IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s 4 blade axial turbines provide higher mechanical shear than hydrofoils or propellers. IMC’s turbine blades are cut with the latest technology available on abrasive waterjets to guarantee the highest degree of accuracy. Bores are CNC machined at our state-of-the-art facility to high tolerances. Finished blades then are TIG welded to the hub, achieving the highest quality and the strongest weld. IMC’s axial flow turbines are excellent corrosion resistant, and durable all made in the US. Custom Bore sizes and keyways can be provided. Just contact us to request a quote on these options
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!
IMC’s HDF blade design is our high flow dispersion blade. Style HDF blades rotate at high RPMs to facilitate the quick impartation of solids at a fine grind. Liquid flows outward over the teeth breaking the agglomerations into increasing smaller particles. Other dispersion blades struggle to complete a uniform mixture. The HDF design’s flaps helps this issue by creating axial flow with its geometry. The extra axial flow is useful for mixing higher viscosity materials. Use this blade with paints and inks. HDF design blades are being used in a variety of industries for increased efficiency. More options are available, contact us for a quote!