Pump manufacturing - Import export

FLUX centrifugal immersion pumps are used when larger flow rates, continuous running or special immersion lengths are required. They are especially suitable for pumping and circulating aggressive and abrasive media. There is a choice of different materials available depending on the chemical and thermal requirements. In addition sealless and horizontal versions are available. FLUX centrifugal immersion pumps are individually configured and manufactured according to the technical requirements in each case.

For use in peristaltic pumps to transport aggressive media, abrasive materials, highly viscous liquids and foodstuffs in practically all industrial fields. Construction: Tube in light or dark special qualities for abrasive media, liquids to max. 80°C (NR) for drinking water (IIR) for oils, petrol, fuels to max. 80°C (NBR) for aggressive media to max. 120°C (CSM) for chemical media (EPDM) FDA-approved food quality Special fabric inlays Interior smooth, exterior smooth polished SIMON – peristaltic pump hoses are manufactured with special fabric inlays developed specifically for the application. This guarantees harmonious flexing with permanently stable cross-sections. With the dynamically adjusted elastomers mixtures the result is lower overpressing with perfect tightness and low working temperatures. This achieves exceptionally long service life. These hoses are polished with abrasive tools in special alloys. This method guarantees a homogenous surface microstructure of the...

Practical examples of repairs with WEICON products, e.g. Renewal of a machine tool bed Repair of the fan housing of a ventilator Fixing of a logo on a sign Repair of a drive shaft Coating of a pump housing Manufacture of axle collars Installation of an abrasion protection made of ceramics in pipe connections Repair of conveyor belts in a quartz sand works Bonding of wheel tyre and gear wheel in a gravel plant Repair of agitators Repair of the end cover of a seawater filter on a yacht Relining of a machine/robot stand base Bonding of polyethylene strips to aluminium rails Internal thread bonding of a jackhammer Bonding of stoneware sewage shafts with plastic channels Repair of a pump bucket wheel Repair of the foundations of a conveyor system in a copper mine Bonding of the radiator of an electric racing car Repair of a polyethylene tank in agriculture Repair and reconstruction of pumps Repair of ships / keels

The central idea of high pressure tools is to concentrate the energy of a high pressure water jet at the smallest possible point to maximise its effect. The smaller the area to be sprayed, the slower the process will be on large areas. The solution is to move the high pressure water jet quickly and systematically. Rotating joints allow the water to be transferred from fixed to rotating parts of the high pressure tool so that the water jet is moved in a targeted manner. KAMAT rotary joints are suitable for pressures up to 4,000 bar. They can be driven by internal or external energy and can reach up to 3,000 revolutions per minute. For fatigue-free and safe working, we also offer easy-to-use swivels for high pressure hoses, suitable for our high pressure pumps. Also designed and manufactured in-house, these swivels are internally streamlined to minimise flow restrictions.

Type: SW041AS1R8/G Manufacturer: Pumps Australia Description: Progressing Cavity Pumps

The ORCUT TMS, TES, ES and KM grinder pumps are manufactured by ORPU Pumpenfabrik GmbH, an oddesse subsidiary in Oranienburg. These pumps are characterised by a tried-and-tested, effective multiple-grinder system and are operated with motors of efficiency class IE2. ADVANTAGES - Available in standard and explosion-proof versions - Blockage-free operation, either through the use of a patented cutting system or by ensuring the passage of large particles - Stationary or mobile use - Wet or dry installation - DIN flange of sizes DN 32 through DN 150 for PN 6 and PN 10 can be used - Spiral hose can be connected - Comprehensive accessories - Highly efficient - Cost-efficient installation - High operating safety - Long service life - Effluent containing fibres and solids, faeces - Delivered medium temperatures up to 40 °C - Comprehensive service network PERFORMANCE RANGE Delivery volume Q = … 520 m³/h Delivery height H = … 60 m Rated wattage P = … 26 kW

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.

These Duplex Vacuum Systems consist of an air ejector, two Vectra XL350 liquid ring vacuum pumps, interconnecting piping and related instrumentation. The vacuum pumps and ejector are manufactured in Aluminum Bronze and the piping interconnections are manufactured in Fiberglass Reinforced Epoxy. These special materials of construction ensure the usual Nash reliability even in the harsh conditions of offshore production.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.