Raw Material Preparation
Wood chips, sawdust and biomass material are cleaned, screened and prepared to remove oversized particles and impurities before grinding.
Precision-engineered pelleting solutions for biomass and wood pellet production, supporting dense pellets, stable output and reliable mill performance.
Wood pellet production requires controlled raw material preparation, correct moisture balance and dependable pellet compression. Lark Engineering supports biomass pellet mills with precision dies, roll shells and engineered spare parts designed to improve pellet density, durability, throughput and long-term operational reliability.
Biomass and wood pellet production can vary depending on raw material type, fibre structure, moisture level, particle size and die condition. Our precision-engineered dies and roll shells are selected around real production challenges to support stable pellet formation, reduced fines, better density and consistent output.
Consistent wood pellet quality depends on material preparation, moisture control, die geometry and roll shell performance. Each stage influences pellet density, durability, energy efficiency and production stability.
Wood chips, sawdust and biomass material are cleaned, screened and prepared to remove oversized particles and impurities before grinding.
Hammer milling and moisture adjustment help achieve the correct particle size and material condition required for stable pellet formation.
Material temperature, moisture and flow are controlled to improve binding strength, die performance and pellet durability.
Precision dies and roll shells compress biomass into dense wood pellets, followed by cooling to stabilize hardness, moisture and storage quality.
Share biomass type, moisture level, pellet size, mill model and output target for suitable die and roll shell guidance.
Learn moreAccess catalogues, technical forms and product details for faster project or spare-part discussion.
Learn moreFind answers about die selection, pellet durability, material compatibility, maintenance and lead times.
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