Time-Mass Fire by Timeplast is the first ever 3D printing filament designed to be burnable, allowing for the creation of functional objects that can be ignited and consumed by fire in a controlled manner. Unlike traditional filaments, which either resist flames or burn too quickly, Time-Mass Fire is engineered to sustain combustion efficiently, making it ideal for applications that require temporary use, controlled incineration, or artistic flame effects.

After successfully printing your candle or burnable object, ensure that the wick-like structures and burning surfaces are neither too thick nor too thin.

Much like a traditional wick, the surface area exposed to oxygen and fuel availability determines the burn rate. If the burning surface is too wide, it may burn too quickly and inefficiently. Conversely, if the wick is too thick, it may struggle to ignite or sustain a flame.

To design an interactive and dynamic candle, consider these factors carefully. For example, you could create a birthday candle that burns rapidly through 19 smaller wicks (lasting just as long as the 'Happy Birthday' song) before revealing a larger, slower-burning 20th candle that lasts for 365 days—perfect for celebrating a milestone 20th birthday!

With the right calculations, the possibilities for customized, artistic, and time-controlled burn patterns are endless!

Time-mass Fire aligns with sustainability goals, offering a controlled combustion alternative to paraffin-based products, single-use plastics, and traditional wax. It also introduces new possibilities in design, survival applications, and eco-conscious fire-based art.

Key Features of Time-Mass Fire:

🔥 Highly Controllable Combustible – Designed to burn efficiently, leaving minimal residue.
♻️ Eco-Friendly Decomposition – Can be engineered to reduce toxic emissions during burning.
🛠️ 3D Printable – Works with standard 3D printers for complex designs.
⏳ Controlled Burn Rate – Can be formulated to burn slowly or quickly depending on application.
🌿 Sustainable Alternative – Reduces reliance on traditional paraffin-based candles and other non-renewable combustible materials.

One of the most remarkable features of this filament is its ability to absorb and retain oils, liquids, and other additives, allowing you to customize the scent, texture, and functional properties of your prints. For instance, you can 3D print a candle and pause mid-print to infuse it with essential oils, ensuring a lasting and personalized fragrance.

Moreover, the filament enables the creation of specialized compartments within your prints, allowing you to embed liquids, solids, or even time-release capsules directly into the structure during the printing process. This opens up possibilities for self-dissolving packaging, aromatic sculptures, or even interactive objects that change over time.

With this level of customization, the only limit is your imagination!

1. Candles & Ritual Objects

• 3D-printed custom candles that can take any shape while burning naturally.

• Biodegradable lanterns or floating fire-based decorations.

• Custom religious or ceremonial burning objects (e.g., incense holders, cremation urns).

2. Fireworks & Pyrotechnics

• 3D-printed flammable casings for controlled burn patterns.

• Burn-away support structures for stage effects and theater productions.

• Timed self-destructing mechanisms in pyrotechnic displays.

3. Emergency & Survival Gear

• Fire-starting materials that can be shaped into portable, lightweight tinder.

• Self-burning emergency signals for rescue situations.

• Disposable campfire accessories like quick-ignite logs or eco-friendly kindling.

4. Art & Entertainment

• Flammable sculptures or installations that are designed to be set ablaze.

• 3D-printed fire show props for controlled performances.

• Movie and theater set pieces designed for dramatic burn effects.

5. Waste Reduction & Disposal

• Burnable packaging that leaves no plastic waste.

• Fire-friendly temporary structures for outdoor use.

• Incinerable storage solutions for biodegradable waste.

1. Drying Recommendations

This filament is highly sensitive to moisture and should be stored properly.

Storage Environment:

• Keep in a cool, very dry place to maintain filament integrity.

Filament Drying:

• Dryer: Use a filament dryer set to 53°C

• Drying Time:24-48 hours before use(Critical for avoiding print failures due to absorbed moisture.)

2. Build Plate Setup

Type: Textured Plate

Time-Mass Fire performs best on a Textured Plate to ensure proper adhesion and easy removal.

Print speed:

30mm/s (Slowing down slightly can help avoid failures.)

Temperature: 58°C

Set the build plate to 58°C to maintain a stable printing environment.

Adhesion:

• Apply a thin, even layer of solid Glue for optimal bed adhesion and for securing the first layer.

3. Temperature: 200°C

Set the nozzle temperature to 201°C to ensure smooth filament extrusion and layer bonding.

4. Flow Settings

Time-Mass Fire has specific flow characteristics that require fine-tuning for optimal performance.

• Flow Ratio: 0.9676 – Ensures precise material deposition without over-extrusion.

• Pressure Advance/K Factor: 0.195 – Helps prevent oozing and enhances print quality, especially for high-speed printing.

5. Cooling Adjustments

To ensure proper cooling and solidification:

• Max Fan Speed Threshold Layer Time: 6 seconds – This setting optimizes fan speeds for ideal layer cooling.

6. Retraction Settings

For best print quality and to avoid unnecessary material retraction:

• Reduce Infill Retraction: Disabled (Located under the "Others" tab of the print profile in slicer settings)

• This prevents unnecessary retractions within infill regions, reducing print time and potential print defects.

7. OrcaSlicer-Specific Settings

For users slicing in OrcaSlicer, enable the following options to enhance print consistency:

• Reverse on Odd: Enabled – Helps reduce seam visibility and improves surface quality.

• Reverse Only Internal Perimeters: Enabled – Ensures smoother external surfaces while optimizing internal print behavior.