Alpsan Pellet Dies

PELLET DIES FOR Alpsan PELLET MILLS



PELLET DIES FOR Alpsan PELLET MILLS
Alpsan Pellet Dies

Maximize your production efficiency with our high-performance Alpsan pellet dies. We specialize in manufacturing precision-engineered aftermarket (OEM) ring dies designed to withstand the most demanding industrial environments.

Our dies are compatible with all major Alpsan pellet mill models, ensuring a perfect fit, reduced vibration, and superior pellet quality. Supported models include: 360/92/158, 520/178/236, 660/228/290 and many others.

Whether you are processing wood, biomass, or animal feed, our Alpsan pellet mill ring dies provide the durability and throughput you need to minimize downtime.

We make our pellet dies in a range of materials, click here to read more on our pellet die materials.

For information and articles on pellet dies, we recommended the following website: Feed Machinery

 
Available Ring Die Specifications for Alpsan Mills
360/92/158
360
445
158
92
520/178/236
520
647
236
178
660/228/290
660
800
290
228

More about Alpsan Pellet Mill Ring Dies

Alpsan is a premier Turkish manufacturer specializing in high-capacity feed mill machinery. Their ring dies are recognized for exceptional heat treatment and precision drilling, designed specifically to handle the high-stress requirements of poultry and cattle feed production. By utilizing high-carbon alloy steels, Alpsan dies ensure a consistent compression ratio and reduced energy consumption per ton produced.

Our replacement Alpsan-compatible dies are manufactured using advanced deep-hole drilling technology, ensuring a mirror-smooth finish in the holes to prevent clogging during the initial "run-in" period. This precision engineering extends the life of your rollers and reduces vibration, which protects your mill’s main bearings and transmission.

Whether you are processing high-protein animal feed or abrasive biomass, our Alpsan ring dies are vacuum-hardened to reach an optimal HRC rating, balancing hardness with the toughness required to prevent structural cracking under extreme pressure.