Buy Liquid Packing Machines Karen: We sale the best Liquid Packing Machines in Karen, Automatic Linear Liquid Filling Machines Karen, LFFS -L Series Fluid Packing Machine, Ro water treatment system Nairobi, Automatic Linear Liquid Filling Machines, Milk Cooling Tanks Karen
From our range of Liquid filling machines, the HZGY 1000 is an In Line automatic liquid filler, for liquids with four dispensing nozzles. Also, it comes with a choice of gear pump 1.5L 6L 10L as well as an option of 20L dependent on fill size. Operated from a touch screen it can store over 200 recipes. Finally, It is primarily used in the cdaily chemical and oil industry by companies with medium to large scale production runs. It has been used for other applications so please ask about yours. In addition, the product to be filled is drawn up a hose by the gear pump or as an option Lobe pumps can be used.
Required air compressor
≥7.5 Kw 200L
it has Technoflow a liquid filling system
Gear pump or lobe pump option
Repeat filling accuracy of +/- 1%
colour touch screen capable
Accurate and repeatable servo filling technology
Complete nozzle range to suit all filling medias
Multiple adjustments without the need to stop the machine
Smooth and accurate container handling
Fast product changeovers
Optional filling quantity30-100ml/30-300ml/50-500ml/100-1000ml200-1500ml/300-2500ml/1000-5000ml Optional quantity of filling head2/4/6/8/10/12 heads
These series packing machines are flexible in packaging for many fluids, including high and low viscosity liquids.
Have a preformed stand-up pouch instead? A premade pouch liquid packing machine is the perfect choice to automate the filling and sealing of your pouches with its ease of use and quick changeovers.
Our machines’ robust construction allows them to package in wet conditions without rusting or malfunctioning. Even acidic liquids, like pasta sauces, will not interfere with the smooth operation of our equipment. The wide range of fillers are compatible with many systems allowing almost any fluid to be packaged in a flexible bag.
Robust 304 stainless steel frame
Enclosed, direct drive jaw actuation
Minimal maintenance requirements
Short film path
Small machine footprint
No tool change-over
Automatic film tracking
Quick film splice table
End-seal cooling air
Photo-eye and encoder
Jaw obstruction detection
Runs most film structures
Apply to fluids containing particulate matter
Apply to fluids that do not contain particulate matter
These series fluid packaging machines excel at bagging thick creams, gels, sauces with or without particulates, infusions (including cannabis-infused, CBD, or tincture oil products), and even water.
• Tool free strip down for easy cleaning
• All 316L stainless steel sanitary tri-clamp connections,
connection "T's", product cylinder, and contact parts
• Suitable for food and pharmaceutical applications
• Bottom close positive shutoff nozzles for drip free operations
(sized for your application)
• Pneumatic operation suitable for hazardous areas or
wash down facilities
• Drip free bottom close nozzle(s)
• Product suction and dispensing speed adjustment
Milk Cooling Tank 500 Litres model CDX0.5KOTSC1P Direct Expansion Cooling Tank (Open Tank Semi Cylindrical Rectangular Shape) Capacity 500 Litres Has Large Opening Lids For Easy Access and Rounded Internal Corners to facilitate thorough Cleaning Tank Insulation Is Provided By Factory Injected Polyurethane Foam Of 50mm All Control System Integral Condensing Units Hermetic Type With R22 Refrigerant.
Bulk Milk Cooling Tank
Rated Capacity in Litres.
Gross Capacity in Litres.
Material used for construction
Shape and Orientation
Open Type Horizontal/Rectangular
Overall Dimensions and Weight
Thickness of inner shells
Thickness of outer shells
Number of Agitator
RPM of agitator (s) (Approx.)
Manual with Long Handle Brush
Type of insulation
By injection in situ of High Density 40kg/cu.m, CFC free PUF without any
imperfection and hygroscopicity,
Reverse Osmosis (RO) is a water treatment process that removes contaminants from water by using pressure to force water molecules through a semipermeable membrane. During this process, the contaminants are filtered out and flushed away, leaving clean, delicious drinking water.
What Can Reverse Osmosis Remove From Drinking Water?
The reverse osmosis process can remove a myriad of organic and inorganic contaminants from your tap water.
These systems specialize in removing chlorine taste and odor, rust, sediment and also alleviate common worries about public water by reducing or completely removing arsenic, asbestos, chromium, fluoride, lead, mercury, VOCs, THMs, giardia and cryptosporidium. For a more expansive list, view our contaminants removed by reverse osmosis list or our thin-film membrane particle size removal chart above.
Melt Blown Polypropylene removes dirt, rust and sediment particles down to 5 microns. There are several different types of sediment cartridges.
Pleated filters feature increased surface area and longer life. These cartridges are washable and reusable.
Melt blown polypropylene filters are designed for the removal of dirt, rust and sediment from water. 5 and 20 micron are the most popular sizes for drinking water applications.
String wound filters are an inexpensive solution to your filtration needs. These cartridges come in a variety of media types and have a wide range of applications.
Coconut Shell Carbon Block Cartridge(s), 10 Micron removes chlorine, taste, odor and chemical contaminants.
Activated carbon block filters typically have a 0.5 to 10 micron filtration capability, making it also helpful for particulate filtration, removing taste and odor from chlorine, insoluble lead reduction, and demonstrating, in some cases, removal of Giardia and Cryptosporidium. A 5-stage reverse osmosis system has an third housing to hold an additional carbon block cartridge.
Sodium ion, that is, sodium ion exchanger, used to remove calcium ion, magnesium ion in water, make softening water ion exchanger. The calcium and magnesium ions that form the hardness of water are exchanged with the ion exchange resin in the softening device, and the calcium and magnesium ions in the water are exchanged with sodium ions, so that the carbonate scale and sulfate scale are not easy to form in the water, so as to obtain the softening water