Category: Blogs

Diverter valves, as the name suggests, are used to divert the multiple pickup points when used in a pneumatic conveying system. With the use of this hardware, the materials are directed continuously, hygienically, and smoothly. The pneumatic conveying diverter valves have varying operations depending on the design of the hardware.…

Particle size reduction plays a very important role in transforming random-sized or bulky substances into uniform and small particles suitable for diverse applications. When done feasibly, the particle size reduction favourably alters the specific physicochemical properties of diverse raw materials.  It is quite important for you to implement a well-designed…

Pneumatic conveying systems are considered the most efficient transportation means for bulk materials such as granules or powders. The food process industry makes use of these systems in order to move flour, wheat, coffee, pet food, chocolate, coffee, oats, spices, salt, dry milk and other such products seamlessly. Food products…

A pneumatic conveying system is a simple technology that helps with the transportation of bulk material in the form of powders or granules.

There are various valve types, and their functions differ in terms of helping you redirect the flow of gas or fluid from one line to another or restricting the same to a particular system.

Bulk materials transported with the help of material handing systems include solid materials that are dry, granular, or powdery such as cement, sand, stone, ores, minerals, chemicals, and food grains.

Uncover the differences in pneumatic conveying vs. mechanical conveying in material handlings.

An Electric Arc Furnace is the most widely used furnace when it comes to steel production. As an efficient tool, it also helps curb the rising costs of waste disposal.

Read here to understand why you should use a pneumatic conveying system over a mechanical conveying system for your application.

In a typical thermal power plant, coal is utilized as a source of fuel to generate electricity. Once the coal is burned, around 40% of total coal consumption gets converted into ash.