Netzsch NM021by01l06b

  Hopper Progressive Cavity Pump in Bearing Block What is a Open hopper feed progressive cavity pump in bearing block design Open hopper feed progressive cavity pump in bearing block design is a kind of progressive cavity pump which also has a enlarged rectangular hopper, coupling rod with auger and force-feed chamber with taper. Because it is a bearing block design, it can cooperate with a variety of drivers. Its structure is stable and can bear more pressure and torsion. The feature of the Open hopper feed progressive cavity  pump Open hopper cavity pump larger hopper, larger capacity Special coupling rod with auger has greater torque and stronger propulsion The large force-feed chamber with taper is more conducive to the transportation of materials Bearing block design, more diverse driving methods The structure is stable and can withstand worse working conditions Easy to disassemble and maintain Continuous low pulsation transportation, not affected by pressure and viscosi...

  Hopper Pump with Feeding Screw and Bridge Breaking Paddle What is a Hopper Pump with Feeding Screw and Bridge Breaking Paddle? The open hopper pump with feeding screw and bridge breaking paddle is equipped with an integrated bridge crusher or agitator on the suction chamber of the feeding screw pump to prevent the bridge from being built and aggregate from being mixed. The feature of the open hopper cavity pump Equipped with large rectangular hopper and conical feeding cavity, which is convenient for medium to enter the conveying cavity of rotor and stator The size of hopper can be adjusted Bearing frame transmission, driving mode is not limited It is suitable for high viscosity, dense and fragile substances which are easy to bridge The structure is stable, firm and compact Convenient disassembly and maintenance, saving time and not delaying production Continuous low pulsation transportation without being affected by pressure and viscosity fluctuation The flow rate is ...

  Food Grade Pump The PMV™ C is the shortest stainless steel Progressing Cavity Pump in the market. This new Eco designed and compact pump is dedicated for food markets (FDA and European Food regulations compliant materials). Its revolutionary design combines the legendary performance and the reliability of PCM Progressing Cavity Pump technology with a highly modular, eco-friendly design. The EcoMoineau™ C pump requires less space for installation which reduces costs and facilitates its integration. Furthermore, this new pump is very easy and quick to dismantle. Space saving 42% shorter - 57% lighter Its revolutionary design combines the legendary performance and reliability of PCM Progressing Cavity Pump  technology with a highly modular, eco-friendly design. The EcoMoineau™ C pump requires less space for installation which reduces costs and facilitates its integration. Eco Design pump 10% less power consumption The EcoMoineau™ C pump is lighter (less raw mater...

  NEMO® BH Sanitary Advanced Pump in Compact Block Design NEMO® BH Sanitary Advanced Pump The NEMO BH hygienic pump in compact block design is used for hygienic applications in the food,pharmaceutical, cosmetic and chemical/biochemical industries because of its optimal process characteristics. Application of the NEMO® BH Sanitary Advanced Pumps The NEMO® BH Sanitary Pump is employed in the food products, pharmaceutical, cosmetic and chemical/biochemical industries for sanitary applications and optimal cleaning. The important capabilities include, the continuous, pressure-stable, gentle and low-pulsation pumping and metering in proportion to speed. The block pump construction with flanged drive is particularly compact and economical to operate. F eatures of the NEMO® BH Sanitary Advanced Pumps continuous low-pulsation pumping unaffected by fluctuations in pressure and viscosity capacity in proportion to rotation speed with high metering precision over ...

  Stainless Steel Dosing Pumps for Dosing and Conveying Q=0.1-250 ml/h P=0~2.4 Mpa (0~348 psi) Measurement accuracy: <1% Stainless Steel Dosing Pump for Dosing and Conveying? The  dosing pump  is a kind of progressive cavity pump, which is specially designed for small flow liquid transportation. Chemical dosing pump structure is completely suitable for smooth and low pulsation medium transportation, and can accurately transport and measure corrosive and anti-corrosion chemicals. Because it is widely used in medicine liquid metering, adding and dispensing machines, it is usually used as metering dosing pump . The Features Of Stainless Steel Dosing Pumps No pulsation, small flow, precise metering and transportation, and the metering accuracy is 1%. It can transport abrasive slurry with particles and shear sensitive medium with high concentration, high viscosity and high solid content. The flow rate is proportional to the rotating speed, with simple structure, l...

  Direct-Coupled Progressing Cavity Pumps in Industrial Design Q=0.5-300 m³/h (2.2 USGPM – 1321 USGPM) P=0~2.4 Mpa (0~348 psi) What is adirect-coupled progressing cavity pump in industrial design ? Direct-connected progressive cavity pump has no bearing seat, and the prime Mover bears the axial force of t he progressive cavity pump , conn ecting the driving end and the flange at the end of the pump into a whole. Direct coupled pump   structure is compact and its axial dimension is short. Low investment, use and maintenance costs. It is  mainly used in environmental protection technology, food and chemical industries, etc., and can also meet various pressures of the petroleum industry, with stable delivery or precise administration. The direct-Coupled Progressing Cavity Pumps features ·  Gentle transportation ·  Suitable for all kinds of media with high viscosity and containing solid particles ·  Convenient disassembly and maintenance ·  Roto...

  Hopper Progressive Cavity Pump in Bearing Block Q=0.5-120m³/h (2.2 USGPM – 528 USGPM) P=0~4.8Mpa (0~700 psi) What is a Open hopper feed progressive cavity pump in bearing block design Open hopper feed progressive cavity pump in bearing block design is a kind of progressive cavity pump which also has a enlarged rectangular hopper, coupling rod with auger and force-feed chamber with taper. Because it is a bearing block design, it can cooperate with a variety of drivers. Its structure is stable and can bear more pressure and torsion. Features ·  Larger hopper, larger capacity ·  Special coupling rod with auger has greater torque and stronger propulsion ·  The large force-feed chamber with taper is more conducive to the transportation of materials ·  Bearing block design, more diverse driving methods ·  The structure is stable and can withstand worse working conditions ·  Easy to disassemble and maintain ·  Continuous l...

  What is a vertical progressive cavity  pump? They  can be regarded as a horizontal   progressive cavity pump   working upright, and the inlet and outlet are exchanged. The biggest difference is that the stator of the suction inlet has a horn shape, and the support method is bracket support or ring installation, and it can also be equipped with a lift truck. The Feature Of Vertical Centrifugal Pump Vertical turbine pump  multiple installation methods (bracket installation, hoisting ring installation, fixed on lifting carts, etc.) With horn-shaped stator, strong self-priming ability Long conveying distance Can operate under high delivery pressure and high capacity Able to pump multiple substances Flow can be adjusted proportionally Long life cycle and low cost Easy to disassemble and repair, not time-consuming Perfect measurement accuracy People Also Ask Q:Empty containers in narrow spaces A:Such as sewage tanks, fruit and vegetable juice buckets, pond...

  Netzsch NM021by01l06b The  Netzsch NM021by01l06b  connecting Rod Group consists of connecting rod, universal joint,coupling rod, guide bush, rubber rings, and a rubber sheath, connecting rod pin, retaining sleeve,steel wire rings, drive shaft, etc. The connecting Rod Group is in addition to withstanding not only the force of drive shaft, but also to bear the force of its own swinging longitudinal and transverse, the size and direction of these forces are cyclical, so the connecting rods are subjected to alternating loads such as compression and stretching.The size and direction of these forces are cyclical, so the connecting rods are subjected to force of compression, stretching and so on. The coupling rod must have sufficient fatigue strength and structural stiffness. If the fatigue strength is insufficient, it will lead to break the connecting rod body or connecting rod interface, and then produce the major accident whole machine damage. If the rigidity of the connect...