Resistance Chart • Drum and Container Pumps • Eccentric Worm-Drive Pumps • Centrifugal Immersion Pumps • Flow Meters

Construction materials of pumps and flow meters ... … show very different characteristics. Not every The information given in this Resistance Chart is based on material suits every liquid to the same extent. recommendations by our suppliers, reports of our clients and on the experience gained by us. This chart has been The FLUX Resistance Chart assists you in selecting your compiled by our specialists with greatest pump and/or flow meter. It is a clearly arranged guide to circumspection. Nevertheless this chart may only serve show you which material suits which liquid or – the other as a guide....

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 10 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 12 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 14 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 16 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 18 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 20 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 22 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 24 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

TR = technically pure, GL = saturated solution, H = commercial composition 26 + = resistant, o = limited resistance, - = not resistant, 1 Not resistant on FMC

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More than just pumps Today the FLUX name is recognised around the globe as the trademark for top standards in pump technology. Everything started with the invention of the electric drum pump in 1950. Nowadays FLUX has an extensive range of products each of which can be customized. FLUX pumps are used for example in the chemical and pharmaceutical industries; in machinery and plant engineering as well as companies in electroplating, effluent treatment and the foodstuffs sector. Whether single-product or system solution -FLUX quality is synonymous with a long service life, excellent economy and...