The WANGEN progressing cavity pump Type A has swivel pushers inside the suction chamber that switch the pump from suction to pump mode. The pump is not sensitive to foreign objects and the deposition of foreign objects in the suction housing is not possible. In addition, hollow rotors ensure quiet operation.

WANGEN BIO-MIX pumps have been integrated for many years in the energy production process and undergone continuous further development and optimization. They are suitable for conveying maize silage, grass silage, GPS, solid manure, poultry dung, waste and co-ferments, which are mixed with liquid in the pump. Also available with WANGEN PUMPEN's developed and patented X-LIFT quick change system.

Thanks to the vertical construction form, the WANGEN KL-T / KB-T has only a small space requirement. The consistent diameter of the joint connections ensures constant flow speeds and reduces the sensitivity to foreign materials. The low-pulsation continuous conveying of media is independent of the pressure and viscosity.

Optimal substrate preparation and low wear increase the efficiency of your system.

The modular system for reliable protection of plant equipment:
X-TRACT (debris removal) + X-CUT (substrate cutting). Both components are available separately and are optimally co-ordinated with each other as an X-UNIT.

Low energy consumption coupled with maximum substrate yield. Foreign matter is removed from the medium without additional energy consumption.

Increased process safety through removal of system-harmful foreign bodies and debris with the aid of the foreign body separator X-TRACT and the cutting unit X-CUT. Optimum adaptation of the cutting unit to the medium easily possible. Extremely high speed cutting (up to 3.000 rpm).

Maximum serviceability due to easy access to the cutting and sealing unit.

The WANGEN X-UNIT explained by our application engineer: Find out more in this video here.

The integrated winding protection mechanism of the PTO shaft pump WANGEN GL-F prevents fibers from winding around the joint and joint connections. The large inspection and cleaning openings on the suction housing allow an easy pump access.

The pump drive is provided by a power take-off or a drive shaft with a feather key. A robust pump solution for agricutural enineering.

• Complete drive train can be dismantled on the drive shaft side.
• Generous service openings for dismantling the drive train.
• Easier lubrication of the PTO shaft thanks to the standard maintenance flap on the PTO shaft guard.
• Less heat development in the bearing bracket due to thermal optimisation (oil lubrication).
• Available with stone trap (optional)

The WANGEN progressing cavity pump of type GL-S is particularly well suited to umbilical hose systems. Large distances and height differences are mastered easily. It may be used as a stationary pump or mobile pump, attached to a slurry tanker or chassis. The comprehensive range of pumps available make them a product for universal use.

They carry watery or thick media, as well as media loaded with solids just as well.

The progressing cavity pump serie WANGEN KL-S are basic products of Pumpenfabrik Wangen. The clear benefit is in the low lifecycle costs. This universally usable pump works with almost every low and extrem high viscous mediums (1 mPas -3.000.000 mPas).

Optimum preparation of the substrate

The WANGEN BIO-ROXX mixes the solids and liquid together to improve the efficiency of every Biogas and Anaerobic Digestion plant.

Thanks to the large built-in stone trap contaminants like stones, or others, are separated from the substrate and can be removed very easily through the large accessible opening.

In combination with other WANGEN products like the WANGEN X-UNIT and the WANGEN X-CUT the profitability of the plant increases by reducing the energy consumption of the agitators in the fermenters.

The progressing cavity pump serie WANGEN KL-S are basic products of Pumpenfabrik Wangen. The clear benefit is in the low lifecycle costs. This universally usable pump works with almost every low and extrem high viscous mediums (1 mPas -3.000.000 mPas).