Dultmeier Sales will be closed Thursday, November 25th and Friday, November 26th in observance of Thanksgiving

Dultmeier Sales will be closed Friday, December 24th.
Normal operations will resume Monday, December 27th. We wish you and your family a very Merry Christmas!

Dultmeier Sales will be closed Friday, December 31st in observance of
New Year's Day

Dultmeier Sales will be closed Monday, July 5th in observance of Independence Day.
Normal operations will resume Tuesday, July 6th. We wish you a happy 4th of July!!

We are experiencing some technical difficulties on dultmeier.com and apologize for any inconvenience.
If you are running into issues, please phone your order in to 1-888-677-5054

Customer Pickup Orders: to help reduce exposure for our customers and our employees, if you are placing an order for in-store pickup please call in your order ahead of time or place your order online and pre-pay with a credit card. Be sure to let us know when you plan to arrive. We will have your merchandise ready for you and will greet you outside our facility. Thank you for your help!

Inline Motionless (Static) Pipe Mixers

Static In-line Mixers

These Raven Inline Static Mixers provide dual swirling action for effective mixing of liquids passing through them. No power source is required. There are no moving parts—just fixed elements inside the pipe which generate reliable, consistent mixing energized by the product flow. You can also install these inline motionless mixers downstream of a tee or manifold system to provide thorough mixing of two or more liquids into one solution.

These static pipe mixer bodies are constructed of polypropylene (stainless steel on 1-1/2" and 3") for excellent chemical compatibility with most liquids. Polypropylene models feature pressure rating up to 175 PSI, with a max temperature rating of 160° F. Stainless steel pipe mixer models are rated to 150 PSI.
Item Description Quantity Availability
In Stock
Expected to ship
Between 12/5 & 12/11
In Stock
Expected to ship
Between 12/5 & 12/18
*Cv = Pressure Drop ÷ GPM