Industrial Wood Pellet Machine High Capacity Biomass Pellet Mill for Sawdust & Wood Waste Recycling

Industrial Wood Pellet Machine High Capacity Biomass Pellet Mill for Sawdust & Wood Waste Recycling

The XGJ700 Wood Pellet Machine is a high-performance industrial pellet mill designed for converting biomass materials such as sawdust, wood chips, and agricultural waste into high-density fuel pellets. Built with advanced ring die technology, this machine ensures stable operation, high output, and long service life.

Engineered for medium to large-scale pellet production, the XGJ700 model is widely used in biomass energy plants, wood processing factories, and renewable fuel projects.

• Biomass Fuel Production
  • Wood pellets for heating systems and boilers
  • Industrial fuel pellets for power plants
• Wood Processing Industry
  • Recycling sawdust, wood shavings, and wood chips
  • Converting wood waste into profitable energy products
• Agricultural Waste Utilization
  • Rice husk, straw, corn stalks, peanut shells
  • Turning farm waste into biomass pellets
• Commercial Pellet Production Plants
  • Medium to large-scale pellet production lines
  • Export-oriented pellet manufacturing businesses

• High Production Capacity: Suitable for large-scale pellet manufacturing (typically 1.5–2.5 tons/hour depending on material)
• Powerful Motor System: Ensures stable and continuous operation under heavy load
• Ring Die Structure: Improves pellet forming rate and enhances pellet density
• Wear-Resistant Components: Alloy steel die and rollers for extended service life
• Energy Efficient Design: Reduces power consumption while maximizing output
• Automatic Lubrication System: Minimizes maintenance and prolongs machine lifespan
• Strong Adaptability: Handles various biomass raw materials with consistent performance

The XGJ700 is compatible with a wide range of biomass materials, including:

• Sawdust
• Wood chips
• Wood logs (after crushing)
• Rice husk
• Straw and hay
• Bamboo powder
• Palm fiber and other agricultural residues