About Us

About Antlia Engineering Works

The Antlia Engineering Works opened its doors with owning the entire process from manufacturing to delivery ensuring utmost quality and customer gratification.

Antlia pumps are safe-efficient-reliable and any broken parts can be easily replaced with genuine Antlia spares. As a result, they are used in a wide range of industries to handle different materials such as chemicals, crude oil, mining, food, beverage, paints and many more.

Our Mission

Antlia Engineering Works mission is to become the “Premium Manufacturers of AODD pump for handling hazardous waste and chemicals”

Our mission is accomplished through professional and ethical relationships with our valued customers.

We consistently strive to improve our customer satisfaction rating, and competitive advantage through; proactive behaviour, quality products, and market driven processes, thereby allowing our organisation to increase market share.

Comments

Why AODD Pump.?

Today we will take a gander at why you should purchase an Air Operated Double Diaphragm Pump (AODD), what the points of interest are over other Pump types and is it the correct Pump for you? Read on to discover. B ut first, go through the diaphragm pump working to understand the advantages. AODD Pumps are utilized all through the mining business and are likewise normally found in concoction transportation/preparing and general applications. What Makes an AODD so Special? An Air Operated Double Diaphragm Pump has a ton of focal points over other Pump plans. Beneath we drill down a portion of the benefits of AODD Pumps over against other Pump types. 1. AODD Pump Has the ABILITY TO RUN DRY No close fittings or sliding parts are at risk, therefore the pump can operate even when dry without massive damage. It is not recommended to dry run constantly or for long periods, due to the fact that one will consume the diaphragm stroke life , however other than the diaph

Benefits of Air Operated Double Diaphragm Pumps

Understanding the Benefits and Applications of Air Operated Double Diaphragm Pumps An air operated double diaphragm pump (AODD) is a type of positive displacement pump that uses compressed air as the source of energy to move liquids. It consists of two flexible diaphragms that separate the pumping chamber from the air inlet and outlet. The air pressure causes the diaphragms to expand and contract, creating suction and discharge strokes that move the liquid through the pump. One of the key benefits of AODD pumps is that they are self-priming and can operate in both wet and dry conditions. They are also capable of handling liquids with high viscosities and solids, making them suitable for a wide range of applications. Additionally, they are simple in design and require minimal maintenance, making them a cost-effective solution for many industrial applications. AODD pumps are commonly used in a variety of industries, including chemical, food and beverage, pharmaceutical, and water treat

Advantages Of AODD Pump For Submersible

Most AODD models can be fully submerged. When using as submersible pump, both the liquid path and external components must be compatible with the material in which the pump will be submersed. Submersed pumps must have a hose attached to air exhaust and the exhaust piped above liquid level. This submersible pump is advantages of AODD Pump . Submersible pumps are among the most efficient options available if you need to pump liquid from a large body of water. Whereas most water pumps are positioned outside of bodies of water and pull water to the surface, submersible pumps are submerged and push water to the surface. This process is far less energy-intensive than sucking or pulling water to the surface, which means that submersible pumps are affordable to run and can be relied on to produce high-quality results. Obviously, submersible pumps can only operate effectively in bodies of water that are deep enough for them to be submerged. However, if you do have access to a

Antlia Engineering Works | Aodd Pump | Diaphragm Pump Manufacturer

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