Chemical & Industrial

Cost-Effective Fluid Handling

Chemical & Industrial Applications

      DanHart specializes in the filtration and separation, heating, mixing, transfer and storage of essential raw materials, hazardous chemicals and abrasives of all viscosities, as well as those that require exposure to extremely high and low temperatures and pressure, including:

  • Specialty Chemicals
  • Pharmaceutical
  • Pulp & Paper
  • Mining
  • Ore Processing
  • Polymers
  • Manmade Fibers

      When you encounter a seemingly insurmountable obstacle, connect with our engineering support team. Together, we’ll diagnose your specific issue, develop and test potential fixes, and deliver an optimal processing solution.

      DanHart is committed to carrying products of the highest quality and to working with manufacturers who uphold service standards of excellence. Our investment of time and resources into establishing collaborative relationships with our suppliers enables us to provide the very best in process solutions to you, our customers.

Chemical & Industrial Applications

Engineered Products and Services

DanHart LLC specializes in the filtration and separation, heating, mixing, transfer and storage of essential raw materials, hazardous chemicals and abrasives of all viscosities, as well as those that require exposure to extremely high and low temperatures and pressure, including:
When you encounter a seemingly insurmountable obstacle, connect with our engineering support team. Together, we’ll diagnose your specific issue, develop and test potential fixes, and deliver an optimal processing solution.

What does the chemical industry produce?

Several other categorizations are used but this one is simple and helpful in the context of this web site. Outputs range widely, with basic chemicals produced in huge quantities (millions of tons) and some specialty chemicals produced in modest kilogram quantities but with very high value. As explained in the unit on Chemical Reactors, the choice of reactor is often governed by the amount of chemical that is to be produced.