Misalignment is one of the most common problems faced when working with rotary drums. Though aligning a drum is a simple solution, leaving a drum out of alignment can result in major problems. Routinely having a rotary drum re-aligned is an important part of preventative …
Rotary drums, whether serving as a dryer, cooler, kiln, or otherwise, are essential process components in many industrial processes. In addition to being operationally critical, they also represent a significant capital investment. As such, prolonging rotary drum life through preventive maintenance is a key priority …
A rotary drum is the backbone of many types of rotary equipment, including dryers, coolers, kilns, and granulators. While the type of rotary equipment will dictate a number of key features of the unit, the rotary drum itself consists of several standard components that allow …
Continued from Part 1: Controlling Buildup in a Drum Abrasion and Corrosion Aside from buildup in a drum, abrasion and corrosion are also common challenges faced by many rotary drum owners. Though abrasion and corrosion can wreak severe havoc on a rotary drum if left …
Rotary drums are widely used throughout industrial production facilities to accomplish a variety of objectives, including drying, cooling, granulation, coating, and more. While rotary drum equipment is recognized for its reliability and longevity, challenges can arise, with the most common being buildup, corrosion, and abrasion. …
Rotary dryers, rotary coolers, rotary agglomerators, and rotary kilns are a key component in many manufacturing processes, and making sure they run safely, and efficiently is crucial in any process. As a leader in the manufacturing of custom rotary dryers, rotary coolers, and rotary kilns, …
The refractory in a direct-fired rotary kiln is a crucial component, serving to both protect the shell of the drum and combustion chamber from the high interior temperatures, and to minimize heat loss. As a result, protecting refractory is not only critical to promoting optimal …
After a material is chosen for your rotary kiln refractory, you must decide the desired heat loss. When efficiency is of concern, or very high temperatures are involved, often it is desirable to use multiple layers of refractory: a “working” layer, and an insulating layer. …
Refractory is what protects the shell of a direct rotary kiln from the heat within, so as you can imagine, choosing a quality refractory that is right for your material is extremely important in the design of a rotary kiln. Choosing a refractory that will …
Holding the appropriate temperature within a rotary kiln is what allows the desired chemical reaction to occur. Sustaining that temperature, however, can be difficult if the right seal is not chosen. Almost all rotary kilns run at a negative pressure, meaning gas doesn’t leak out, …