Pellet Mill Die Bore Specifications Based on Biomass Materials 🌿

🔥 Pellet Mill Die Specifications for Biomass Materials 🔥

---

---

Pellet mill die specifications play a crucial role in optimizing the production process for various biomass materials. The Counter Bore, Compression Bore, and Relief Hole dimensions significantly impact pellet quality, durability, and energy efficiency. Additionally, the Gross Calorific Value (GCV) and Bulk Density are key parameters that determine the combustion efficiency and suitability of pellets for different applications.

Below is a detailed table outlining the ideal die bore specifications for different biomass feedstocks, ensuring maximum performance and efficiency in biomass pellet production.

📌 Which biomass material do you process most?

---

🌱 Pellet Mill Die Bore Specifications Based on Biomass Materials 🌿

🌾 Biomass Material	📏 Pellet Dia. (mm)	🔩 Counter Bore Dia. (mm)	📏 Counter Bore Depth (mm)	🔩 Comp. Bore Dia. (mm)	📏 Comp. Bore Length (mm) (L/D Ratio)	🔩 Relief Hole Dia. (mm)	📏 Relief Hole Depth (mm)	🔥 GCV (kcal/kg)	📦 Density (kg/m³)
🌲 Wood Sawdust	6 – 8	8 – 10	3 – 5	6 – 8	50 – 65 (L/D: 7 – 8)	6 – 8	3 – 5	3800 – 4200	650 – 750
🌾 Rice Husk	6 – 8	8 – 10	4 – 6	6 – 8	45 – 60 (L/D: 6 – 7)	6 – 8	4 – 6	3000 – 3500	550 – 650
🍬 Bagasse	8 – 10	10 – 12	5 – 7	8 – 10	40 – 55 (L/D: 5 – 6)	8 – 10	5 – 7	3700 – 4000	450 – 550
🌿 Napier Grass	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	4000 – 4200	450 – 550
🌽 Corn Stalks	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3500 – 3800	400 – 500
🧺 Cotton Stalks	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3800 – 4100	400 – 500
🥜 Groundnut Shells	6 – 8	8 – 10	4 – 6	6 – 8	45 – 60 (L/D: 6 – 7)	6 – 8	4 – 6	4000 – 4200	600 – 700
🌾 Wheat Straw	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3500 – 3800	350 – 450
🌰 Mustard Husk & Stalk	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3400 – 3700	350 – 450
🎍 Bamboo Dust	6 – 8	8 – 10	4 – 6	6 – 8	50 – 65 (L/D: 7 – 8)	6 – 8	4 – 6	4000 – 4300	650 – 750
🌴 Palm Husk	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3500 – 3900	500 – 600
🍵 Tea Waste	8 – 10	10 – 12	5 – 7	8 – 10	40 – 50 (L/D: 5 – 6)	8 – 10	5 – 7	3600 – 4000	450 – 550

---

📢 Why These Specifications Matter?

✅ Pellet Diameter & Counter Bore: Determines the final pellet size and smooth extrusion.
✅ Compression Bore Length & L/D Ratio: Affects pellet durability, density, and production efficiency.
✅ Relief Hole & Depth: Prevents blockage, ensures smooth die operation.
✅ Gross Calorific Value (GCV): Higher GCV means better combustion efficiency and energy output.
✅ Bulk Density: Higher density pellets are easier to transport, store, and burn efficiently.

By selecting the right die bore specifications, you can enhance production efficiency, reduce maintenance costs, and maximize pellet fuel quality.

---

---

---

---