Industrial%20pumps - Import export

External gear pumps industry Material: Aluminum Series 2, clockwise English-Italian front-flange centering standard Ø 36,45 mm, conical shaft 1:8 with BSP threaded connection Category Hydraulic systems, valves and components / Hydraulic pumps / Gear pumps / 1-time / Size 2 / English-italian standard Ø 36,45 mm conical shaft 1:8 with thread connection, clockwise Product number supplier 452127272

External gear pumps industry Material: Aluminum Series 2, clockwise English-Italian front-flange centering standard Ø 36,45 mm, conical shaft 1:8 with BSP threaded connection Category Hydraulic systems, valves and components / Hydraulic pumps / Gear pumps / 1-time / Size 2 / English-italian standard Ø 36,45 mm conical shaft 1:8 with thread connection, clockwise Product number supplier 452127272

External gear pumps industry Material: Aluminum Series 1, clockwise English-Italian front-flange centering standard Ø 25.35 mm, conical shaft 1:8 with BSP threaded connection Category Hydraulic systems, valves and components / Hydraulic pumps / Gear pumps / 1-time / Series 1 / English-italian standard Ø 23,35 mm conical shaft 1:8 with BSP-thread connection, clockwise Product number supplier 452126071

External gear pumps industry Material: Aluminum Series 1, clockwise English-Italian front-flange centering standard Ø 25.35 mm, conical shaft 1:8 with BSP threaded connection Category Hydraulic systems, valves and components / Hydraulic pumps / Gear pumps / 1-time / Series 1 / English-italian standard Ø 23,35 mm conical shaft 1:8 with BSP-thread connection, clockwise Product number supplier 452126071

Machine Base Heavily ribbed cast iron structure with integrated dove tailed slideway for the workhead and steady rest. The machine base houses an industrial type flood pump for delivering coolant to the grinding site and a baffled drawer type coolant reservoir which can be drawn out for ease of cleaning. The machine base houses also the control panel for the motors. Grinding Spindle The permanently sealed and lubricated grinding spindle slides on a swivel plate which is provided with an integrated dove tailed slideway. The swivel plate is set to the desired valve angle by means of a wide spaced scale. Steady Rest An unique selfcentering steady rest is provided for additional support of long stem valves. Both the workhead and the stready rest are adjustable along the slideway on the machine base to clamp the valve on that part of the valve stem which normally travels in the valve guide.

Machine Base Heavily ribbed cast iron structure for vibration-free performance. Adjustable slideways for wheelhead infeed and workhead traverse. Wheelhead Box type monobloc noted for its excellent vibration dampening characteristics. The precision motor grinding spindle is permanently sealed and lubricated. Workhead Located on a swivel plate which can be set to the required angular position by means of a wide-spaced scale. Collets for perfect valve alignment. Dressing Attachment The dressing attachment is permanently mounted on the worktable for rapid wheel dressing. Wet Grinding Coolant is delivered by an industrial type flood pump. The baffled coolant tank is easily removed from the machine base for cleaning. Electrical System Individual grinding spindle motor, work spindle motor and coolant pump motor all controlled by switches grouped in front of the wheelhead for ease of operation.

Machine Base Heavily ribbed cast iron structure with integrated dove tailed slideway for the workhead and steady rest. The machine base houses an industrial type flood pump for delivering coolant to the grinding site and a baffled drawer type coolant reservoir which can be drawn out for ease of cleaning. The machine base houses also the control panel for the motors. Grinding Spindle The permanently sealed and lubricated grinding spindle slides on a swivel plate which is provided with an integrated dove tailed slideway. The swivel plate is set to the desired valve angle by means of a wide spaced scale. Steady Rest An unique selfcentering steady rest is provided for additional support of long stem valves. Both the workhead and the stready rest are adjustable along the slideway on the machine base to clamp the valve on that part of the valve stem which normally travels in the valve guide.

Twin-screw pump as a fuel pump for the automotive industry. Leistritz pumps are used in a wide range of vehicles and pump modules. The high overall efficiency in comparison with other pump stages, the low noise emission and the pump's high dirt resistivity as well as the outstanding controllability of a displacement pump make our pumps a reliable and important module in the delivery unit. These are major advantages, particularly in view of the ever higher and stricter requirements for exhaust standards.

In their smallest versions, screw pumps are used as fuel pumps for vehicles. In close collaboration with our customers in the automotive industry, we develop pumping units through to production readiness in order to bring them to series production with a focus on the highest precision and quality. As a long-term supplier, we thus meet the high quality standards which are required in the automotive industry - even for large quantities. In order to continue being a reliable and innovative partner in this sector in the future, we're not content to just rest on our laurels. That's why we are constantly implementing process optimization (5S, Kaizen).

Global energy consumption is constantly rising. The raw material required for vehicle operation, energy production and other products is predominantly based on crude oil and natural gas. Screw pumps are often used in the production of these valuable commodities. For decades, Leistritz has been an expert partner for the oil and gas industry, whether for pumping tasks in crude oil production using multi-phase pumps, transfer and injection pumps or in the transportation of crude oil using booster or pipeline start-up pumps. Leistritz pumps are also used in refinery processes.

Chemical Process Industry / Oil & Gas Industry Our vacuum and compressor systems maximize output and efficiency while minimizing maintenance and environmental pollution. Made of stainless steel and other sophisticated materials, they handle explosive and corrosive gases safely and efficiently. Pulp & Paper Industry Providing vacuum pumps and related equipment to the pulp & paper industry is a Gardner Denver Nash specialty. We are well known as an industry leader in engineered vacuum systems and water removal for paper machines. NASH vacuum pumps are used throughout the forming and press sections of a paper machine. Power Industry For over half a century, NASH has been the manufacturer of choice for air removal systems in steam cycle power generation plants throughout the world. NASH condenser exhauster packages efficiently remove inward air leakage from the condenser and improve the efficiency of the turbine under all operating conditions. Other Industries For more than 100 years, Nash has engineered liquid ring vacuum pumps, liquid ring compressors and engineered systems for the toughest applications. Our systems operate dependably for decades in filter applications, refineries, the sugar industry, in the food processing industry, mining and many more applications.

1500 - 19000 CFM / 2,500 to 33,000 m³/hr Nash's 2BE3 & 2BE4 vacuum pump series offers capacities ranging from 1,500 to 19,000 CFM (2,500 to 33,000 m³/hr). Designed to operate in demanding environments like the paper, power, mining and chemical process industries, these pumps offer durability and reliability at a low cost of operation. Each model is equipped with an application-proven polyisoprene-lined body for added corrosion & erosion resistance. The unique inlet configuration allows for both top and side inlet arrangements to accommodate low headroom installations. In installations where space is limited, the top discharge capability of the 2BE4 allows the use of a top mounted discharge separator that saves floor space and eliminates the need for a trench. The pumps allow efficient operation over the entire vacuum range without the need to change the pump's internals. When equipped with a center shroud, split vacuum operation up to 12 in. Hg (400 millibar) differential can be achieved. Large inspection ports allow easy access to pump internals for inspection and maintenance. For more aggressive applications, stainless steel, stainless steel clad and epoxy coated components are available.

14000 - 22000 CFM / 24,000 to 38,000 m³/h Designed to operate in demanding environments such as paper, power, mining and chemical process industries, this pump combines durability and reliability with low operating costs. The P2620 has a polyisoprene-lined body for corrosion and erosion resistance. This is a standard feature. The unique inlet configuration allows for both top and side inlet arrangements to accommodate low headroom installations. Bottom and side discharge connections offer flexibilty to address installation space constraints. The P2620 pump allows efficient operation over the entire vacuum range without the need to change the pump's internals. When equipped with a center shroud, split vacuum operation up to 10 in. Hg (340 millibar) differential can be achieved. Large inspection ports allow easy access to pump internals for inspection and maintenance. Performance ranges from 14,000 to 22,000 CFM (24,000 to 38,000 m³/hr). For more aggressive applications, stainless steel, stainless steel clad and epoxy coated components are available.