Antlia Engineering Works | Aodd Pump | Diaphragm Pump Manufacturer

AODD pumps are usually regarded as trustworthy in critical applications owing to its simple design and maintenance issues. This will aid the consumers in maintaining their AODD P ump  and also ensuring quick, handy answers in times of demand. Ø  DO's of AODD  pumps: l  Check  Air supply pressure. l  Check suction piping to be certain that it is all connected and tight, all valves are available and ducting flooded suction, the finish of this pipe is below the liquid levels (take care not to use piping smaller than pump vent connections). l  Do set up the Air Operated Double Diaphragm Pum p  as close to the source tank as possible. l  Do depart the required working area around the pumping unit. l  Do use large, brief, and directly suction piping. l  Do Record pump model serial and no. And document for future reference. l  Do obtain, read, and keep maintenance instructions furnished with your own pump. l...

There are different types of pumps available in the market. This article will assist you to know the main functionalities of each  type of pump . The kind of pump, as well as selection, mainly depend on our requirement. The application mainly includes the type of fluid you desire to pump, the distance you desire to move the fluid, and the quantity you require to get over a particular time frame. However, it is complicated to recognize accurately what kind of pump you must select. The identifying of the pump can be done with the design as well as positions. To make simpler things while seeking to choose your exact pump, and the pumps can be classified into two types which function in extremely dissimilar ways & generally, summarize most of the pump designs. Types of Pumps Pumps are classified into two types namely  Positive  Displacement  pumps as well as     Dynamic   Pumps. Positive Displacement Pumps Positive displa...

By design, among the most flexible kinds of pumps available. Since it may pump liquids with a massive selection of different physiological features, it's the perfect pump option for many applications in many distinct industries. Another substantial benefit which peristaltic pumps have over other forms of pumps is the procedure fluid is totally contained inside the pump's hose. This translates into simpler and more cost-effective upkeep of the pump there are no mechanical seals or glands to substitute and also, the absence of any sort of seal ensures that the pump is much more powerful to use. Peristaltic hose pumps have Become popular beyond their traditional industrial businesses, thanks mostly to the benefits discussed above. Their capacity to fully contain the process fluid not only makes them perfect from a security standpoint, however, because the item is totally isolated and contained inside the pump's nozzle, there's not any chance of contamination, ...

A peristaltic hose pumps is a kind of positive displacement pump used in various industrial uses for pumping number of fluids. The fluid is contained within a flexible tube (i.e Hose) fitted inside the pump casing having no contact with another portion of the industrial hose pump . A rotor having rollers attached to the outside circumference compresses the flexible tube in the peristaltic pump. Since the rotor revolves, compression motion forces the fluid to move through the tube. The Way Peristaltic Pumps Work Rotary Motion is moved into linear motion via rotating straps or “shoes" from an elastomeric hose, then pinching it adequately to move the contents of this the hose at the direction of turning. The flow Speed is somewhat proportional to the rotational speed with an important factor is the quantity of hose compression. While laboratory size peristaltic pumps use non-reinforced tubing and completely “pinch" the tube to provide accurate dosing, industrial si...

A peristaltic pump or hose pump is a kind of positive displacement pump used in several industrial applications for pumping variation of fluids. The fluid is confined within an elastic tube (i.e Hose) fitted inside the pump casing having no contact with any other part of the industrial hose pump. A rotor having rollers close to the external circumference compresses the flexible tube in the Peristaltic pump . As the rotor revolves, compression gesture forces the fluid to travel through the tube. Furthermore, the tube’s restitution after squeezing produces a vacuum that draws fluid continuously into the tube. This procedure is called peristalsis and is used in numerous applications such as the highly viscous & abrasive fluids. Suited for heavy-duty applications such as waste-water slurry, mining operations, ceramic industries, etc. Peristaltic pumps aid various purposes inside a large number of businesses.  Peristaltic hose pumps  use positive displacement princi...

This chemical material causes a range of problems due to its rough properties and can be hard going on specific types of pump systems. Due to which, pump failure rates are a common issue of those trying to shift this chemical material, costing ventures valuable time and resources due to its maintenance.       Considering this, we look at peristaltic hose pumps and why they are flawlessly right as magnesium hydroxide pumps – as they are dependable and cost-effective for a the number of diverse situations. What is Magnesium Hydroxide & its benefits? Magnesium hydroxide is used in numerous variety of industries to both lower the PH levels of a liquid transported, and to lessen the accrual of slag collection inside a pump system. Benefits of using magnesium hydroxide include: ·         It’s non-acidic ·         Taking down unwanted deposits of materials ·    ...

If you have got an Air operated double diaphragm pump in your system, odds are you might be experiencing some sort of pulsation resulting in the rattling & vibration movement in the pipes and system? A pulsation dampener may be a great choice for AODD pump to get a steady flow. WHAT DOES A PULSATION DAMPENER DO? Pulsation dampeners absorb the power from the pulse wave created by a diaphragm pump, more like a twitch absorber in a vehicle. Absorbing these pulse waves protects pipe welds and supports the system components from damage due to emphasis or excess movement. HOW DOES A PULSATION DAMPENER WORK? As the pulsating flow enters the dampener vessel, the air pocket trapped above the fluid absorbs up to 80% - 89% of the pulsation, allowing a laminar or smooth flow downstream the dampener. A pulsation dampener is a device that stores energy & it has a pre-set charge that it can use to absorb shocks to the system on which it is installed. This subtracts...

Air Operated Double Diaphragm pumps play an important role in many stages of chemical production and processing. From the intake of chemical components from storage through to transporting processed products to the point of distribution, the fluid move is an essential part of everyday operations in the chemical industry. Whether transferring benign or hazardous material, diaphragm pumps transfer chemicals safely and efficiently to minimize production downtime. A type of positive displacement pump, AODD pumps transfer fluid by trapping a fixed amount of that fluid and forcing or “displacing” it into the discharge pipe. Using diaphragms and check valves, the liquid chambers are filled and emptied by fluid that is drawn through a common inlet and discharged through a single outlet. Employing compressed air as its power source, an AODD pump shifts the air from one tank to the other by a linked shaft. This motion forces liquid out of one tank & into the discharge piping whi...

Polytetrafluoroethylene (PTFE)  is a form of thermoplastic resin that is resistant to practically most of the corrosive services. It is one of the best materials for diaphragm pump because of its chemical stability and resistance. Polytetrafluoroethylene (PTFE) is a durable and flexible elastomer of average tensile strength but remarkable chemical resistance, as well as excellent thermally and electrically resistive properties. At a molecular level, PTFE consists of a chain of carbon atoms with two fluorine atoms bonded to each carbon. These fluorine atoms surround the carbon chain, creating a dense molecule with very strong carbon-fluorine bonds and a polymer structure that is inert to most chemicals. PTFE diaphragms have been one of the most thriving components that have lead to a breakthrough in the pump industry. They have been widely produced and are extremely successful in various industries across the globe. Following the pump industry: A peristaltic pu...