Even though Powder Handling Solutions are quite flexible, picking the best approach for your application can be challenging. Understanding the various powder handling solutions is crucial to making the best decision. Read on to discover more about the various carrying techniques and their advantages.

Some of the examples of PHS are-

Accessories for Vacuums

Various tubing, shrink sleeves, fittings, bends, couplings, and accessories available for commercial and industrial vacuum systems. Examples of typical uses are dry or wet material cleanup, high-velocity dust collecting, and unusual circumstances. Vacuum bends are manufactured of 11 to 16-gauge stainless steel, carbon steel, and galvanized steel, and their outer diameters range from 50 to 300mm (2 to 12 inches).

Coolers

Air used in pneumatic conveying systems after coolers regulate temperature and moisture. When transporting heat-sensitive and hygroscopic goods, they are crucial. They may be used indoors or outdoors, are appropriate for usage in tropical conditions, and include additional characteristics like:

Cold water and desiccant

full-spectrum air treatment

For inspection and cleaning, hand demountable

built-in filtering

Reheat using electricity or hot gas

Grinder

In the powder handling business, grinding is a typical procedure that is typically used to create particles of a particular size. However, grinding occasionally enhances the material’s surface area so chemical reactions can occur more effectively. Critical elements of the grinding process are grinding uniformity and material durability.

How does PHS benefit?

• Compact: Flexible pipes are used in pneumatic powder conveying systems, allowing for various infeed locations, different destinations, and longer conveying distances. Compared to mechanical conveying systems, they are a space-saving, compact solution.
• Easy to use: Their straightforward design makes them quick to install and simple to operate. They are a cost-effective choice for large-scale conveyance from several pick-up places.
• Fit and Forget: They may be specially made to work with already-existing powder processing machinery. This gives you more freedom.
• Hygienic: Powder transfer systems assist lower the danger of product contamination by having crevice-free surface designs that guarantee powders and material are not missed. Additionally, it removes impurities from the outside, keeping the equipment and facility clean.
• Process Efficiency: The more streamlined design of pneumatic powder conveying equipment contributes to the transfer process’s increased efficiency. Hoists and other handling equipment over the reactor are no longer needed and take less labor overall.
• Speedy Transfer: The powder transfer equipment uses compressed air that is clean and unlubricated to give quick transport efficiency in addition to process efficiency.