Discover the process of creating it with Lavida Global
Step 1: Preparation of Raw Materials
- Selection of Sawdust: Choose high-quality sawdust, free from contamination and foreign impurities.
- Processing of Sawdust: The sawdust can be dried to reduce moisture content to around 10%, which is safe for the compression process.
Step 2: Compression of Sawdust
- Selection of Compression Mold: Select a hexagonal-shaped compression mold suitable for the size and thickness of the desired blanks.
- Placing Sawdust into the Mold: Place the sawdust into the mold according to the desired quantity and thickness.
- Compression: Utilize a compression machine to compress the sawdust within the mold. Apply high pressure to create hexagonal-shaped sawdust blanks.
Step 3: Cutting and Finishing
- Cutting the Blanks: After compression, the sawdust blanks are cut from the mold to the desired size.
- Finishing: Inspect and clean the edges of the blanks, ensuring they have precise hexagonal shapes and smooth surfaces.
Step 4: Packaging
- Storage: The sawdust blanks, once formed, should be stored in a dry and cool place to ensure quality.
- Packaging: The blanks can be packaged in suitable packaging to protect them from external impacts and facilitate transportation and storage.
This process will produce high-quality hexagonal-shaped sawdust blanks, ready for use in various industrial applications.
Why Choose Lavida Global
At Lavida Global, we are committed to using only hardwood sawdust to produce hexagonal sawdust briquettes. Using hardwood sawdust offers several important benefits:
High Quality: Hardwood typically has a solid structure and good natural compounds, resulting in higher quality sawdust compared to softwood.
Compression Efficiency: Hardwood sawdust generally has better hardness and consistency, making the compression process more efficient and producing highly durable briquettes.
Good Fuel Combustion: Hardwood sawdust usually has a high calorific value and leaves less residual ash after burning, creating an effective fuel source for various applications such as grilling, heating, or energy production.
Safety and Sustainability: Using hardwood sawdust reduces the risk of fire or the release of toxic gases during use. Additionally, the use of hardwood supports environmental protection and sustainability, as hardwood trees typically have longer recovery times compared to softwood trees.
In summary, using hardwood sawdust at Lavida Global not only ensures high product quality but also contributes to our goals of sustainability and environmental protection.
Specifications
Moisture Content
- Rate: Below 10%
- Significance: Low moisture content helps the sawdust charcoal burn better and produce higher heat output.
Fixed Carbon Content
- Rate: Typically from 75% to 85%
- Significance: High carbon content indicates a longer and more stable burn of the charcoal.
Ash Content
- Rate: Below 5%
- Significance: Low ash content helps reduce the amount of ash produced after burning, making the usage process cleaner.
Calorific Value
- Value: Typically from 6500 to 7500 kcal/kg
- Significance: High calorific value indicates a large heat generation capacity, suitable for various applications such as grilling, heating, and energy production.
Volatile Matter Content
- Rate: Typically from 10% to 15%
- Significance: Low volatile matter content helps the charcoal burn more stably and produce less smoke.
Density
- Value: Typically from 1.0 to 1.2 g/cm³
- Significance: High density helps the charcoal be more durable and less prone to breaking during transportation and use.
Sulfur Content
- Rate: Typically below 0.5%
- Significance: Low sulfur content helps reduce harmful emissions when burning, making it safer for users and the environment.
Size
- Standard Size: Diameter from 5 to 10 cm, length from 30 to 50 cm.
- Significance: Uniform size helps the burning process be more efficient and consistent.
- Materials : 100% sawdust from hardwood