Mixing Elements

Mixing Elements

Mixing Elements for OEMs and system builders, SRS’s OEM program offers a compelling combination of speed to delivery and custom-engineered mixers.  In addition, by stocking main components, we can design and manufacture custom mixers for our OEM clients that fit their specific systems needs or requirements, rather than having the customer fit their system to our mixer.  In addition, these custom-designed mixers come in all shapes and sizes, with custom lengths, numbers, and styles of mixing elements, and end connections as some major options.  Also, once these units become a customer’s standard, we stock individual components or complete products to ensure that we meet their required delivery schedules.  Moreover, our Elements can be made on the spot to the diameter, length, and type of material required.  Our 3d Printing allows us to customize mixers to any type and shape.  Finally, the size provides the durability we are known for.

3D Printing

Inline static mixers can be customized and produced using 3D printing technology.  Also, this process allows for the creation of intricate designs that optimize mixing efficiency and performance.  By utilizing 3D printers, engineers can develop unique geometries tailored to specific applications.  This enhances fluid mixing in industrial processes and chemical reactions.  Furthermore, the flexibility of 3D printing enables the production of complex internal structures and precise dimensions, leading to improved mixing quality and reduced energy consumption.  Finally, an innovative approach to mixer design offers a cost-effective and customizable solution for various industries.  This is a showcasing the transformative potential of 3D printing in fluid dynamics and industrial processes.

Other Questions?

Injection Quill 3d Printing
Teflon Elements
Kevlar Elements
PVC Elements
Nylon Elements
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Corrosive Environments to Consider

Teflon or TEFC
Used for High Corrosive Environments and Higher Temp Applications Not Exceeding < 454 F
Used for Water / Low Corrosive Environments and Low Temp
Use for Corrosive Enviornments and Temperatures not Exceededing <384 F