TANK-MOUNT
Mixers & Dispersers

Schold mixing and dispersing equipment can be manufactured as tank-mounted models. Instead of having a leg or post to secure the dispersing head, all components are mounted directly on top of the process tank/vessel. Tank-mount mixers (or tank mixers) are ideal when the tank/vessel is stationary. For post-mounted designs, check out the VHS High-Speed Disperser and VLS Low-Speed Mixer.

Saves space in tight factories
Fewer mechanical parts mean less maintenance
Various mount and blade configurations available based on your requirements

Need the tank and/or additional process equipment? We can engineer and supply tanks along with supporting equipment, such as entry feed systems, inert gas blanketing, vacuum systems, and more to complete your process. Contact us to determine the optimal solution for your operation.

Description

Description

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All Schold Equipment

tank-mounted mixer - bridge-mounted tank mixer

Bridge-Mount Tank Mixer

Standard design for applications that do not require pressure or vacuum. Common in many industries and effective for a variety of applications.

tank-mounted mixer - flange-mounted tank mixer

Flange-Mount Tank Mixer

Ideal for applications when pressure or vacuum is required. The mixer is mounted on a stub with a heavy-duty flange and O-ring for an air-tight seal.

How Does Tank-Mount Mixing Work?

Tank-mount mixers are designed to integrate directly with the process tank or vessel, eliminating the need for a separate stand or post. All components of the mixer are mounted on top of the tank, allowing the mixing head to operate within the vessel itself. This configuration is ideal when the tank remains stationary, offering efficient mixing and dispersing without taking up additional floor space.

TMH 600 Tank-Mount Mixer Walk Around

TMH 3000 Tank-Mount Mixer Testing

Tank-Mount Mixer Features

Motor and Horsepower Options

Tank-mount mixers are available in standard (TEFC) or explosion-proof (XP) configurations, with 2, 3, or 5 HP options.

Shaft Design

The direct-coupled shaft design enables efficient torque transfer, ensuring optimal power delivery and mixing performance.

Custom Configurations

Various blade options are available, including high-shear, helical/ribbon, axial-flow, multi-shaft designs, and more to suit mixing requirements. Additionally, pre-mix equipment, entry feed systems, inert gas blanketing, vacuum systems, pumps, etc. can be included to complete your mixing process.