crushing milling pelletizing recycling

Hard and strong performance.

wear protection for crushing milling pelletizing recycling

Crushing and milling hard recyclable materials puts extreme demands on tools, parts and components. In these applications, cemented carbide features a much higher break resistance than ceramics and a much higher wear and pressure resistance than other materials. DURIT creates first-class solutions for all requested applications.

WE SOLVE WEAR PROBLEMS

DURIT HARTMETALL has offered convincing solutions in the field of powder processing, pelletizing and recycling for years. The durability of DURIT components is also appreciated in industries that process secondary or natural materials.

WITHSTANDS MOST EXTREME DEMANDS

Products ::

grinding bowls · mill rings · millstones · milling pins · milling discs · milling cones · impact strips · impact feed · pestles · blade strips · crusher rollers · crusher jaws and plates · sieve rings · linings · pins · strippers · perforated plates

Typical Applications ::

pin mills · laboratory mills · cone mills · impact mills · hammer mills · shredders · pelletizers · jaw crushers · roller crushers

Selection of application-specific carbide grades ::

peak performance against wear

As one of few complete suppliers in the market, DURIT offers an all-encompassing concept from consultation, development and design, all the way to production of highly accurate components.

CARBIDE FROM A SINGLE SOURCE

Our products are designed with a focus on dimensional accuracy, continuity and value enhancement. Therefore, all our production sites are equipped with state-of-the-art technology. In particular, we attach great importance to our process-oriented quality management.

QUALITY AND ADDED VALUE THROUGH CERTIFIED PROCESSES

Tungsten carbide milling cup with matching crushing cover – engineered for high-performance wear protection in grinding and crushing applications under extreme mechanical loads.

Milling cup and cover crushing

Tungsten carbide milling inserts for high-precision material removal – built for excellent wear resistance, dimensional accuracy, and long-lasting performance in industrial milling processes.

Milling inserts

Tungsten carbide milling stone and ring for efficient size reduction – ensures consistent grinding performance and high wear resistance in continuous operation

Milling stone and milling ring

Robust tungsten carbide milling pins – deliver superior durability and reduced wear in high-stress milling environments.

Milling pins

Tungsten carbide profile roller for use in metal forming, recycling, and pelletizing – delivers high performance in demanding production lines

Profile roller

Sintered carbide profile roller for precision forming – designed for continuous wear protection in heavy-duty shaping and grinding applications

Milling disc

Cemented carbide milling cone – built for high-impact milling operations with superior resistance to fracture and abrasion

Milling cone

VALUE ADDED FOCUS

Especially industries that work with secondary or natural materials appreciate the longevity of carbide products.

High-performance milling insert made of tungsten carbide – ideal for use in metal recycling, toolmaking, and industrial part production

Milling insert

Cemented carbide pestle – built to withstand high mechanical stress and repeated impact in heavy-duty comminution processes

Pestle

High-performance cemented carbide milling disc – optimizes milling throughput and reduces tool replacement in industrial operations

Milling disc

Tungsten carbide milling pin for precision grinding and size reduction – ensures long-lasting wear protection under continuous load

Milling pin

Impact mill insert made of tungsten carbide – ideal for use in recycling, biomass processing, and cement production with aggressive wear conditions

Impact mill insert

Impact blade made of tungsten carbide – ideal for recycling and coarse crushing tasks involving hard or abrasive feedstock

Impact blade

Efficient cemented carbide mill set – reduces tool change intervals and increases throughput in demanding industrial milling applications

Mill sets