This listing is for a USED AEC Whitlock SRI04 vacuum hopper, manufactured in 2018. The SRI04 is designed for material receiving and vacuum conveying in plastics processing environments. It is commonly used to transfer plastic resin or regrind from a central or standalone vacuum source to processing equipment.

This listing is for a USED AEC Whitlock SRI04 vacuum hopper. It is designed for material handling and resin conveying in plastics processing environments. The SRI04 is commonly used in vacuum conveying systems to receive and transfer plastic pellets or regrind from a central or standalone vacuum source. This unit features a 2.0 inch outlet and 1.5 inch inlet.

This listing is for a USED AEC Whitlock SRH-04. This unit is designed to serve as a vacuum hopper for conveying plastic pellets and granular materials using vacuum transfer into processing equipment. It is commonly applied in plastics processing systems where automated resin handling delivers material to injection molding or extrusion machinery.

This listing is for a USED AEC Whitlock SRH-04. This unit is designed to serve as a vacuum hopper for conveying plastic pellets and granular materials using vacuum transfer into processing equipment. It is commonly applied in plastics processing systems where automated resin handling delivers material to injection molding or extrusion machinery.

This listing is for a USED AEC Whitlock SRH-04. This unit is designed to serve as a vacuum hopper for material conveying and containment within processing systems. It is commonly applied in plastics processing, material transfer systems, and automated feed operations requiring controlled movement of bulk materials.

This listing is for a USED AEC Whitlock 25 LB PVH. This unit is designed to serve as a vacuum hopper loader for conveying and holding bulk material in processing systems. It is commonly applied in plastics processing, material handling, and automated feed systems requiring controlled transfer of resin or granular materials.

This listing is for a USED AEC WHITLOCK PVH-071G. This unit handles material transfer using a vacuum-driven hopper system commonly used to move plastic pellets or similar bulk material into processing equipment. The design includes a sealed receiver vessel, integrated vacuum and discharge ports, and mounted controls for automated material loading.

This listing is for a USED AEC WHITLOCK PVH-071G. This unit transfers bulk material using a vacuum conveying system and is commonly used for loading plastic pellets into processing equipment. The hopper includes a sealed lid, integrated level sensing, and 1.5 inch inlet with 2 inch outlet connections for system integration in industrial material handling setups.

This listing is for a USED AEC WHITLOCK PVH-071G. It moves bulk material such as plastic pellets using a vacuum conveying system into downstream processing equipment. The unit includes a sealed hopper vessel, integrated level sensing, and standard 1.5 inch inlet with 2 inch outlet connections for integration into central conveying systems.

This listing is for a USED AEC WHITLOCK PVH-071G. This vacuum hopper is used in material conveying systems to transfer plastic pellets or similar bulk material into processing equipment. The unit includes a sealed hopper body, integrated vacuum and discharge connections, and features 1.5 inch inlet and 2 inch outlet sizing for system integration.

This listing is for a USED AEC Whitlock PVH-071G. This unit is designed to serve as a vacuum hopper for conveying plastic pellets and bulk materials using vacuum transfer into processing equipment. It is commonly applied in plastics processing systems where automated material handling delivers resin to injection molding or extrusion machines.

This listing is for a USED AEC Whitlock SRH-02. This unit is designed to serve as a vacuum hopper for conveying and containing bulk materials within processing systems. It is commonly applied in plastics processing, material transfer, and automated feed operations requiring controlled handling of resin or granular material.