One-step processing of wet, sticky raw materials with our dryer crusher
One machine, two jobs: the FLSmidth dryer crusher
Ideal for sticky, low-abrasive materials with high moisture contents, such as chalk, clay, marl, and slurry filter cake, our dryer crushers deliver consistent raw material preparation at the very start of your production process. They can also be used to dry slurry. Dependable raw material preparation The drying process re-uses hot gases from available pyroprocess equipment in an energy efficient process that delivers final product moisture content of about 1%. This drying process is combined with our proven impact hammer crusher that efficiently crushes feed of up to 100-150mm. The result is a machine that you can depend on, day in, day out, for your raw material preparation needs. Crushing that meets your individual needs Our state-of-the-art raw materials testing centre at FLSmidth Dania, Denmark, and our laboratory in Chennai, India, support you in making the most appropriate crushing solution for your application. These facilities are some of the world’s most advanced for raw material analysis and allow us to measure various parameters, such as hardness, abrasiveness, and stickiness. Understanding these factors allows us to optimise the process to your specific application requirements..
Energy efficient. Low maintenance. A crusher you can depend on.
Two jobs, one machine
A highly energy-efficient process
Reliable with low maintenance
Have we mentioned it both crushes and dries?
Hot gases are supplied from your pyroprocess equipment, such as cement preheaters or clay calciners, to provide a continuous flow of hot air with an inlet temperature of 400°C to 800°C. This air sweeps through the dryer crusher, pre-drying the feed material as it enters the mixing chamber. Drying continues as feed material passes through the impact crusher chamber to deliver a product moisture content of about 1%. In the crushing chamber, impact hammers efficiently reduce feed materials through impact with the hammers, collision between feed particles, and impact with the lined housing.