PELLET DIES FOR Matador PELLET MILLS
For wood pellet producers using Matador machinery, our dies are built from specialized alloy steels that resist the thermal fatigue caused by the high temperatures of lignin activation. Each die is precision-balanced to prevent shaft wear and ensure a quiet, vibration-free operation at high RPMs.
Maximize your production efficiency with our high-performance Matador 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 Matador pellet mill models, ensuring a perfect fit, reduced vibration, and superior pellet quality. Supported models include: M 12, M 15, M 30, M 340, M 5, M 5 - 80, M 6, M 6 - 60, M 6 - 70, M 6 conic, M 600Wt, M 700 B, M 700 SB, M 700 XW, M 717 TW, M 717 XWT, M 900 SB, M 900B, M12 - 272, PM 615 XW, PM 615 XW-T, PMV 515 XW, PMV 919 TW, PMV 919 XWT and many others.
Whether you are processing wood, biomass, or animal feed, our Matador 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 Matador Mills
More about Matador Pellet Mill Ring Dies
Matador ring dies are engineered for high-velocity pelleting. We provide replacement dies for the iconic M-series (M12, M30) and the advanced PMV series. These dies utilize a specialized "Honeycomb" hole pattern that maximizes the effective area, allowing for higher tonnage without increasing the mechanical load on the mill motor.For wood pellet producers using Matador machinery, our dies are built from specialized alloy steels that resist the thermal fatigue caused by the high temperatures of lignin activation. Each die is precision-balanced to prevent shaft wear and ensure a quiet, vibration-free operation at high RPMs.