Kerone

Industrial Dryer Manufacturing: Emerging Innovations, Market Trends, and Future Outlook The industrial dryer manufacturing industry is undergoing a revolutionary stage of operation due to the realization of sustainability, cost-cutting, and environmental regulation being the order of the day across the globe. The emphasis is moving toward cutting-edge technologies and creative process designs as a result …

Revolutionizing Drying: The Latest Innovations in Industrial Dryer Technology Read More »

Plastics play a vital role across industries, from automotive to packaging, electronics, and consumer goods. To ensure they meet demanding performance requirements, heat treatment is often applied. Heat treatment of plastics involves controlled heating and cooling processes such as annealing, tempering, and stress relieving. These processes help in: It’s hard to imagine a world without …

Heat Treatment of Plastics: Enhancing Performance and Durability Read More »

Artificial Intelligence (AI) is no longer just a futuristic concept—it’s a powerful, practical tool that’s revolutionizing industries across the globe. One of the most profound transformations is happening in manufacturing, where AI is enhancing productivity, reducing costs, and reshaping the way products are made. AI is transforming the manufacturing industry by increasing efficiency, improving quality, …

Revolutionizing Manufacturing with Artificial Intelligence Read More »

Blueberries are rich in antioxidants, vitamins, and flavor — but their high moisture content makes them highly perishable. Drying is one of the most effective methods to extend their shelf life while preserving their nutritional and organoleptic qualities. According to the United States Department of Agriculture (USDA), blueberries rank high on the list of the …

A Comparative Guide to Drying Blueberries Using Various Techniques Read More »

The heat treatment of plastics (known as annealing and Normalising) is important to make sure tight tolerances are maintained during precision machining, bonding and polishing and to avoid cracking and crazing. Heat treating also eliminates internal stresses and ensures higher mechanical and thermal properties. While not this essential heat treatment method, it’s virtually impossible to …

Optimizing Plastic Performance Through Precise Heat Treatment Read More »

Natural diamonds form deep underground, about 177 to 241 km below the surface. Pressures at this depth can reach nearly 50,000 atm. (One atmosphere, or “atm,” is similar to the air pressure at sea-level). Temperatures will vary from 900º to 1,300º C. These intense conditions compress carbon into its most compact type, making diamonds in …

An Overview of Lab-Grown Diamond Manufacturing Processes Read More »

Imagine processing three whole tons of coconut shells on an everyday. Now imagine processing three tons per hour. That’s what you’ll be able to do with among the finest coconut shell charcoal making machines. These machines turn the shells into charcoal, and you’ll depend upon high cost performance and potency. This equipment is popular in …

Convert Coconut Shell Into Charcoal As Well As Biogas Read More »

For a Manufacturer of proprietary granular chemical product, long production times and inconsistent drying times were the problems. A circular fluid-bed dryer/screener system from KERONE provided the solutions. With a circular fluid bed dryer/screener, converted material from storage containers is fed into the top inlet of the dryer by a bucket elevator. Within the fluid-bed …

Fluid Bed Dryer Improves Granular Chemical Production Read More »

Dryer is one of the key piece of equipment in pellet production. Dryers are one of the most expensive and energy intensive pieces of equipment in the pellet line. Rotary drum dryers have relatively low cost and easy operation procedures. They have a tumbler that regularly exposes the green material to hot air. Suspension dryers …

Drying Process in Large Scale Pellet Production Read More »

Conventional rice drying is performed using heated air that transfers energy to the surface of grain kernels by convection. The energy transfer within the kernel is done by conduction. Water is desorbed into the drying air from the kernel surface, and a moisture gradient is established within the kernel, with water molecules diffusion toward the …

Changes Chemical and Physical Properties During Microwave Drying of Rice Read More »