These blower wheels feature blades that are angled toward the direction of rotation and are designed to install into single-inlet blower housings. These single-inlet housings normally have the drive components on one side of the blower wheel and the air intake on the opposite side.

These blower wheels feature blades that are angled toward the direction of rotation and are designed to install into dual-inlet blower housings. Dual-inlet housings normally have the drive components located outside of the blower with belt drive systems or inside the blower wheel itself with direct drive systems.

These blower wheels feature blades that are angled toward the direction of rotation. Their long yet narrow profile is designed to fit inside the housing of a crossflow blower.

These blower wheels feature blades that are angled away from the direction of rotation. They are best suited for high-pressure applications and provide greater static efficiency than forward-curved blower wheels.

These blower wheels feature blades that radiate out from their centers. Their design makes them suited for overcoming high static pressures and material movement.

These blower wheels feature curved blades that are angled away from the direction of rotation. Their design makes them suited for overcoming high static pressures and their blade shape makes them very efficient compared to other wheel designs.