ENplus Wood Pellets
Premium ENplus A1 certified wood pellets delivering superior combustion performance with a heat of combustion exceeding 18 MJ/kg. Manufactured to the highest European standards with minimal ash, moisture, and chemical impurities for clean, efficient heating.
Product Specifications
| Diameter | 5 mm - 9 mm |
|---|---|
| Length | 3.15 - 40 mm |
| Ash Content | < 0.7% |
| Moisture Content | < 10% |
| Heat of Combustion | > 18 MJ/kg |
| Dust Content | < 1% |
| Hardness | > 98% |
| Bulk Density | 600 - 750 kg/m³ |
| Ash Deformation Temperature | > 1,200°C |
| Nitrogen Content | < 3% |
| Sulfur Content | < 0.04% |
| Chlorine Content | < 0.02% |
About ENplus Wood Pellets
Our ENplus wood pellets are manufactured to meet the stringent requirements of the ENplus A1 certification, the most widely recognized quality standard for wood pellets worldwide. With a heat of combustion exceeding 18 MJ/kg and hardness above 98%, these pellets deliver outstanding heating performance with minimal waste.
The pellet diameter of 5-9 mm and length of 3.15-40 mm ensure compatibility with all standard pellet feeding systems. The bulk density of 600 to 750 kg per cubic meter means you get maximum energy storage in minimal space, whether you are storing bags in a utility room or filling a dedicated pellet silo.
Chemical purity is a hallmark of these pellets. With sulfur content below 0.04%, chlorine below 0.02%, and nitrogen below 3%, combustion produces minimal harmful emissions. The ash content below 0.7% and ash deformation temperature above 1,200 degrees Celsius ensure clean burning with no clinker formation, reducing maintenance and extending the life of your heating equipment.
The dust content below 1% means cleaner handling during loading and storage. Combined with mechanical hardness exceeding 98%, these pellets maintain their form throughout the supply chain, from our warehouse to your heating system. Less dust means less residue in your storage area and more reliable operation of automated feeding mechanisms.
We source these pellets from certified European production facilities that maintain full supply chain traceability. Every batch is tested and documented to ensure compliance with ENplus A1 standards before shipping. Wholesale quantities are available for businesses of all sizes, from small retailers to large distribution operations.
Frequently Asked Questions
ENplus is the leading international quality certification scheme for wood pellets, developed by the European Pellet Council. It covers the entire supply chain from raw material sourcing and production through storage, transport, and delivery to the end customer.
ENplus A1 is the highest quality class within the scheme, setting strict limits on all key pellet parameters including ash content, moisture, calorific value, durability, and chemical composition. Regular independent audits ensure that certified producers maintain these high standards consistently.
The ash deformation temperature indicates the point at which pellet ash begins to soften and potentially form clinkers in your combustion chamber. Our ENplus pellets have an ash deformation temperature exceeding 1,200 degrees Celsius, which is well above the operating temperature of residential and commercial pellet stoves and boilers.
This high deformation temperature means the ash produced during combustion remains as a fine, loose powder rather than fusing into hard lumite. This prevents clinker formation, reduces maintenance requirements, and ensures consistent airflow through the combustion grate.
ENplus wood pellets are compatible with all standard pellet heating systems including pellet stoves, pellet boilers, combined heat and power units, and large-scale district heating plants. The standardized pellet dimensions and quality parameters ensure reliable feeding and combustion across all equipment types.
Whether you have a small residential pellet stove or a commercial-scale boiler installation, these pellets will perform consistently. The low dust content and high mechanical durability minimize equipment wear and reduce the frequency of service intervals.