1. Hydraulics - Pneumatics
  2. Pump
  3. Gear pump
  4. WITTE PUMPS & TECHNOLOGY GmbH
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Gear pump POLY-AT
polymerfor polyurethanefor melt

Gear pump - POLY-AT - WITTE PUMPS & TECHNOLOGY GmbH - polymer / for polyurethane / for melt
Gear pump - POLY-AT - WITTE PUMPS & TECHNOLOGY GmbH - polymer / for polyurethane / for melt
Gear pump - POLY-AT - WITTE PUMPS & TECHNOLOGY GmbH - polymer / for polyurethane / for melt - image - 2
Gear pump - POLY-AT - WITTE PUMPS & TECHNOLOGY GmbH - polymer / for polyurethane / for melt - image - 3
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Characteristics

Technology
gear
Fluid
polymer, for polyurethane, for melt
Operation
electrically-actuated
Priming
self-priming
Mobility
stationary
Domain
industrial
Applications
discharge, handling, high-pressure, transport, for high-pressure applications, high-precision, for reactor discharge
Material
steel, bronze
Fluid specification
for aggressive media, for abrasive fluids, for corrosive fluids, for heavy fluids
Other characteristics
flange, for high flow rates, high-capacity, with seal, low-NPSH
Pressure

Max.: 320 bar
(4,641.208 psi)

Min.: 0 bar
(0 psi)

Description

The POLY-AT design offers exceptional flexibility when it comes to installations beneath the polymer melting reactor. Customers can choose from three different flange geometries to ensure they are always benefiting from the best combination of reactors and pump flanges from both a technical and economical perspective. The new gear geometries facilitate differential pressures of up to 320 bar for selected pump sizes. What’s more, the new design is rounded out with the usual variety of different material combinations. The most common of these combinations has to be a stainless-steel or carbon-steel housing with tool steel or aluminium-bronze friction bearings. Maximum flexibility SX version: • Flange geometry integrated in the housing • Minimal installation space MX version: • Blind holes in flange • Largest possible cross section • Minimal pressure loss • Ideally suited for highly viscous polymers LX version: • Flange with through holes • Maximum flexibility for the installation • Very low pressure loss Advantages: Lower bearing temperature, leading to lower stress on the polymer Optimised inlet geometry, leading to minimal pressure loss Minimal dwell times of the polymer in the reactor Three different flange types each (EN 1092-1 or ANSI B16.5) Larger viscosity range Simplified handling thanks to lower weight Increased throughput of up to 40% without changing the installation size Lower shear Improved product quality Reduced heat input Simplified spare part management thanks to the use of identical components for all serie
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.