6 mm pine pellets: choosing fuel for an automatic boiler
Pine Pellets 6 mm is made from compressed pine sawdust formed into 6 mm pellets. Learn where it works best and how to store it correctly.
Pine Pellets 6 mm is a practical solid-fuel option made from compressed pine sawdust formed into 6 mm pellets. It is intended for customers who value predictable heating, convenient handling and clear delivery terms.
Briquette UA supplies retail and wholesale orders across Ukraine. Availability, dispatch format and transport are confirmed with a manager before shipment.
What is Pine Pellets 6 mm?
This product uses compressed pine sawdust formed into 6 mm pellets. Consistent preparation and correct storage help preserve its shape, moisture level and heating performance.
Main benefits
The main advantages depend on the raw material, density and correct combustion settings.
- uniform 6 mm diameter
- 15 kg bags for convenient handling
- ash content stated at 0.66%
Suitable heating equipment
It is suitable for automatic pellet boilers and burners configured for 6 mm fuel. Always check the equipment manufacturer's instructions before changing fuel type or loading volume.
Storage recommendations
Keep the fuel in a dry, ventilated place, protected from rain, condensation and direct contact with the floor. Use pallets or shelving and keep opened packaging sealed whenever possible.
Ordering and delivery
The current listed price is UAH 15,500 per tonne. Tell the manager the required quantity and delivery city to receive an individual transport calculation.
Pine Pellets 6 mm
UAH 15,500 per tonne
Frequently asked questions
Key information
How should this fuel be stored?
Store it indoors in a dry, ventilated area, away from moisture and on a pallet or shelf.
Can I use it in my heating system?
It is intended for automatic pellet boilers and burners configured for 6 mm fuel, but the equipment manual always takes priority.
Is delivery available?
Yes. Briquette UA arranges retail and wholesale delivery across Ukraine; timing and cost depend on volume and destination.
