Industry News

Centralised conveying systems are widely used across various industries, including pharmaceuticals, food processing, chemicals, and building materials. These systems have revolutionised the way raw materials are transported, from manual handling to automated feeding systems. But what types of raw materials can be efficiently conveyed by a centralised system?

The main applications of a centralised conveying system include transporting raw materials, semi-finished products, finished goods, waste handling, equipment refills, and product sorting. Here's a breakdown of the industries and materials commonly transported through these systems:

1. Chemical Industry

· Activated carbon powder

· Alumina

· Aluminium hydroxide

· Zinc stearate

· Filter cake

· Sodium cyanide

· Bentonite

· Calcium carbonate

· Diatomaceous earth

· Sodium hydroxide

· Soot

· Tetrazomethane

· Silicon carbon

· Silicon dioxide

· Sodium nitrate

· Dicyandiamide powder

2. Plastic Processing

· Polyethylene pellets

· Polystyrene pellets

· Polyurethane pellets

· Rubber pellets

· Ethylene/propylene pellets

3. Pharmaceuticals

· Bezoar powder

· Bezoar tablets

· Ampicillin powder

· Calcium carbonate powder

· Chinese medicine extracts

· Vitamin C and herbal powders

· Cephalexin powder

· Paracetamol powder

· Intestinal worm treatments

· Avandia powder

· Garlic powder

· Barium sulphate

· Sodium chloride

· Cellulose powder

· Sodium bicarbonate

· Plant extracts

· Colistin sulphate

· Laxative powders

4. Food Processing

· Seasonings and spices

· Baking agents

· Cheese powder

· Cocoa powder

· Crystal sugar

· Curry powder

· Juice powder

· Lactose

· Pepper

· Starch

· Baking powder

· Coffee beans

· Milk powder

· Tea leaves

· Chewing gum ingredients

5. Metals and Coatings

· Iron powder

· Magnesium powder

· Tungsten powder

· Cobalt powder

· Dye powders

· Epoxy resin

· Acrylic polymers

· Titanium dioxide

· Toner powder

· Polytetrafluoroethylene powder

In addition to these, there are many other materials that can be efficiently transported using a centralised system. The variety of materials that can be conveyed is vast, demonstrating the flexibility of these systems. As technology continues to evolve, the future of centralised conveying systems looks even mo