by Kecol Editor | Jan 25, 2021 | Food Processing Pumps, Pharmaceutical Pumps, Viscous Pumps
Imagine scooping and scraping a 55-gallon drum of tomato paste by hand. Imagine doing this five, 10 or even 20 times per day. Surprisingly, this is how many food producers unload ingredients from containers. Not only does this seem inefficient and labor-intensive, but...
by Kecol Editor | Jan 25, 2021 | Corrosive Liquid Pumps, Diaphragm Pumps, Pharmaceutical Pumps, Viscous Pumps
Looking for the most suitable Corrosive Liquid Pumps? If you are unsure as to the chemical compatibility and material suitability of a liquid, first check the material safety data sheet (MSDS) from the manufacturer of the liquid will give you some guidance. However,...
by Kecol Editor | Jan 18, 2021 | Diaphragm Pumps, Food Transfer Pumps, Pharmaceutical Pumps, Viscous Pumps
Paste Transfer Pumps from Kecol Pumping Systems. Toothpaste has a high viscosity which can cause problems during the transfer process in manufacturing. The main problem is the excessive product shear during transfer which can break the tooth-whitening cell sacs within...
by Kecol Editor | Jan 18, 2021 | Diaphragm Pumps, Viscous Pumps
Ruptured AODD Diaphragms Are a Big Problem Spills from AODD Diaphragm pumps concern manufacturers, from both environmental and profit perspectives. A spill isn’t easy to clean up. Oftentimes, workers will throw a substance like oil-dry or kitty litter on the spill to...
by Kecol Editor | Dec 29, 2020 | Food Processing Pumps, Food Transfer Pumps, Viscous Pumps
Food Processing Pumps, Viscous Pumps, Drum Pumps, Barrel Pumps & Paste Transfer Pumps. All types of Pumps for the Food Processing, Cosmetic and Pharmaceutical Industries. Kecol Pumping Systems manufacture a range of Air Powered Piston Pumps to suit standard and...
by Kecol Editor | Dec 14, 2020 | Viscous Pumps
Kecol – The Home of Viscous Pumping Solutions for the Food Processing Industry Once we have the material to pump, in the drum, we use a follower plate to form a seal at the top of the drum which sits directly on top of the material to be pumped. We then use...
