Pump handles sludges, paper stock, and grouts.
Press Release Summary:
Incorporating proprietary Moyno Ultra-Technologies®, 2000 G3 Pump features bridge breaker anti-bridging mechanism, which operates at speeds independent of pump's rotational speed to optimize fluid feed control. Single auger feed mechanism moves product through extension tube to pump element, ensuring product is fed directly into cavity. It suits medium- to high-viscosity, high-solids content applications where bridging is of significant concern.
Original Press Release:
Newly Redesigned Moyno 2000 G3 Pump Launched
Springfield, Ohio, USA, December 30, 2003 - Moyno, Inc. has completely redesigned its Moyno® 2000 G3 Pump, incorporating proprietary Moyno Ultra-Technologies®. This new pump design provides maximum pumping performance for medium- to high-viscosity, high solids content applications where bridging is a significant concern. The new design minimizes maintenance and extends service life.
The 2000 G3 pump features a new bridge breaker anti-bridging mechanism, which operates at speeds that are independent of the pump's rotational speed to optimize fluid feed control for increased pumping efficiency. A low-cost, single auger feed mechanism moves the product through an extension tube to the pump element, ensuring the product is fed directly into the cavity instead of recirculating in the hopper.
The durable Moyno 2000 G3 Pump easily handles difficult applications such as pharmaceutical pastes, heavy petroleum sludges, plasticizers, thick grouts, municipal sludges in excess of 30% solids, and paper stocks in excess of 12% solids.
Moyno, Inc. is a leading manufacturer and marketer of Moyno progressing cavity pumps, multiphase fluid transfer systems, grinders and controls. It has an extensive worldwide stocking distribution network that serves a wide range of industries including water and wastewater treatment, pulp and paper, chemical, food, pharmaceutical, mining, petrochemical, and oil and gas recovery. Moyno, Inc. is a unit of Robbins & Myers, Inc.
