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PurePHA™ Printing Filament (Tea Leaves)

PurePHA™ Printing Filament (Tea Leaves)

$29.99
Discover unmatched durability blended seamlessly with sustainability through PurePHA™ Printing Filament (Tea Leaves)! By extracting tea leaves using time-honored methods and integrating them innovatively into PurePHA™ filament, we present a groundbreaking material entirely free of PLA. Experience a sensory revolution that captivates both scent and sight.
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Discover unmatched durability blended seamlessly with sustainability through PurePHA™ Printing Filament (Tea Leaves)! By extracting tea leaves using time-honored methods and integrating them innovatively into PurePHA™ filament, we present a groundbreaking material entirely free of PLA. Experience a sensory revolution that captivates both scent and sight.

 

Advantages

  • Fully Biodegradable Material: The primary filament is composed entirely of PHA, with no PLA, and is fully biodegradable in natural environments, including soil, freshwater, and seawater.
  • Innovative Sensory Experience: Traditional extraction of tea leaves is innovatively integrated into the consumables, providing a new sensory and visual experience.
  • Unique Luster: The raw material is derived from microbial fat PHA, giving the consumables a unique luster.
  • Energy Efficiency: Low printing bed temperature, resulting in low energy consumption.
  • No Harmful Emissions: No harmful microplastics are released during the printing process.
  • Moisture Resistance: The consumables are not easily affected by moisture, and the support structures are easy to peel off.
  • Excellent Heat Resistance: Good heat resistance, capable of withstanding high temperatures up to 100°C.

 

Build Plate Settings

  • Recommended Build Plate: Bambu Lab's Low-Temperature Stabilizing Build Plate
  • Low-Temperature Build Plate Settings: 20°C~45°C
  • Textured PEI Build Plate Temperature: 50°C~70°C

 

Filament Settings (Settings may vary based on the printing environment; testing is advised)

  • Printing Temperature Range: 200~210°C
  • Shrinkage: 99.8%
  • Flow Rate Ratio Reference: 1.016~1.026
  • K Value Reference: 0.015~0.035
  • Maximum Volumetric Flow Rate: 15~22 mm³/s
  • Retraction Length: 0.8~1.0mm

 

Filament Specifications

  • Diameter: 1.75mm (+0.05mm)
  • Density: 1.24 g/cm³
  • Net Weight: 1kg
  • Total Weight with Packaging: 1.5kg

 

Fan Settings

  • Part Cooling Fan Speed: 100%
  • Auxiliary Cooling Fan Speed: 0%

 

Brim and Support Settings

  • Brim Width: 5~10mm
  • Gap Between Brim and Model: 0mm
  • Elephant Foot Compensation: 0mm
  • Top Z Distance: 0.25mm
  • XY Distance Between Support and Model: 0.5mm

 

Printing Speed

  • Maximum Speed: <200mm/s
  • Optimal Speed: 50~100mm/s
  • Drying Conditions Before Printing: 65°C for 4~8 hours

 

Physical Properties

  • Tensile Strength: 16~19 MPa
  • Tensile Modulus: 950~1200 MPa
  • Nominal Strain at Break: >50%
  • Notched Charpy Impact Strength: 5~15 KJ/m²
  • Flexural Strength: 16~23 MPa
  • Flexural Modulus: 700~1100 MPa
  • Heat Deflection Temperature Under Load: >85°C

 

Additional Notes

  • A brim or glue is recommended during printing. Use hot-end nozzles of 0.4mm or larger.
  • Compatible with most common FDM printers, such as those from Bambu Lab and Creality.
  • The stabilized low-temperature build plate can be used for enclosed printing, whereas textured PEI plates are not recommended for enclosed printing.
  • As PHA is derived from microbial fermentation, the properties of each batch may vary slightly. Precise printing parameters should be determined based on specific batch testing.
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    PHA ECO GOODS

    PHA (Polyhydroxyalkanoate) is an outstandingly eco-friendly biodegradable material that plays a crucial role in the production of various art raw materials.

    We specialize in manufacturing a wide range of art raw materials, from sheets to leather to 3D printing materials, harnessing the unique properties of PHA to offer artists, designers, and manufacturers high-quality, sustainable choices.

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