Ring die
Looking for wholesale ring dies? We offer top – notch ring dies that are both affordable and easy to install. Engineered with high hardness materials, these ring dies can withstand extreme pressures during the pelletizing process.
Their high – hardness property ensures long – term durability, reducing the need for frequent replacements. The design of our ring dies contributes to a high yield rate, making your production more efficient.
A ring die is a crucial component in pellet mills, as it shapes the raw materials into uniform pellets. Upgrade your pelletizing setup with our cost – effective ring dies today.
Kymaster produces high-quality Roller dies.
1. Zhengchang Ring die
In biomass machinery, the Zhengchang ring die is used to extrude and form pellet products from pre-treated biomass materials under the extrusion of the roller.
The Zhengchang ring die is forged from high-quality alloy steel, with the surface hardness reaching HRC58 – 62, and it has excellent fatigue resistance. The processing precision of the ring die holes is extremely high, the hole walls are smooth, and the pelletizing efficiency is high.
2. Muyang Ring die
In biomass machinery, the Muyang ring die undergoes advanced quenching and tempering treatment, with uniform hardness and a long service life.
3. Buhler Ring die
The Buhler ring die produced by Kymaster is made of alloy steel with a special formula, and it has extremely strong wear resistance, making it suitable for processing biomass materials with high fiber content and high hardness.
4. CPM Ring die
The CPM ring die produced by Kymaster achieves the best balance among hardness, toughness, and wear resistance, and it can withstand extrusion force and impact force. The smooth hole walls greatly reduce the probability of material blockage.
5. Van Aarsen Ring die
The Van Aarsen ring die produced by Kymaster has a very high processing precision, and the tolerance of the hole diameter is controlled within a very small range. It can withstand a high-pressure working environment and reduce the frequency of maintenance and replacement.