warman high head slurry grouting pump high

Warman® Pumps – Weir Brands

The Warman® pump: A trusted name in slurry pumps since 1938. Warman® has been a trusted name in pumps since 1938. Founder Charles Warman is credited with creating a more efficient and reliable slurry pump, through the improvement of easy to maintain seals and the introduction of rubber lining in slurry pumps.

Horizontal Slurry Pumps – Warman® – Weir Brands

The Warman® horizontal slurry pump range offer a comprehensive range of centrifugal slurry pumps for use in mining, chemical and industrial applications. … The Warman® GSL pump is a high performance design for flue gas desulphurization applications. View product details. Warman® HH, H …

H Series|High Head Slurry Pump|Interchange with Warman® …

H Series High-Head Slurry Pump Schurco Slurry® H Series pumps are fit for a variety of applications ranging from filter press feeds to pipeline transport staging pumps. The high heads along with sturdier wear parts makes these pumps some of the most rugged in the Schurco Slurry® line.

Warman HH High Head Slurry Pumps, High – …

Tobee ® THH High Head Slurry Pump Dimensions: * Tobee ® is a registered trademark and does not represent or is not in any way affiliated with Warman ® of Weir Minerals Group. All names,numbers, symbols and descriptions are used for reference purpose only and do not imply that any pumps or parts listed is the product of Warman Pumps.

NZJH Series High-Head Slurry Pump – Mining Technology

Dec 21, 2016· NZJH high-head centrifugal slurry pump is widely used to transport corrosive / abrasive and high-concentration slurries in mining, sand, lead and various other industries, including electric utilities, copper, oil shale, agriculture, etc. Naipu NZJH series slurry pumps are equivalent to Warman HH series pumps.

The Warman range of Type HH (High Head) pumps was designed specifically for continuous use in slurry type applications where a high head per stage is required. The range is capable of handling medium size particles and pumping at heads in excess of 90 metres per stage. The small eye to impeller diameter ratio provides