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Beijing SBS Genetech Co.,Ltd.
Beijing SBS Genetech Co.,Ltd.
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for Superior Biology Services since 2000

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tech@sbsbio.com
Beijing SBS Genetech Co.,Ltd.
Beijing SBS Genetech Co.,Ltd.
broken image

from China, for the World

for Superior Biology Services since 2000

  • Home
  • Product 
    • All Products
    • Custom Services
    • Catalog Products
    • Innovative Systems
    • Nucleic Acid Related
    • Natural Compounds
    • Synthetic Biology
    • Enzymes
  • POCT Solution 
    • LAMP
    • RPA
    • CRISPR
    • DNA-Free Enzymes
    • Freeze-Drying System
    • Lateral Flow System
  • About 
    • About SBS
    • Achievements
    • Ecosystem
    • Legal Statement
  • Contact
  • …  
    • Home
    • Product 
      • All Products
      • Custom Services
      • Catalog Products
      • Innovative Systems
      • Nucleic Acid Related
      • Natural Compounds
      • Synthetic Biology
      • Enzymes
    • POCT Solution 
      • LAMP
      • RPA
      • CRISPR
      • DNA-Free Enzymes
      • Freeze-Drying System
      • Lateral Flow System
    • About 
      • About SBS
      • Achievements
      • Ecosystem
      • Legal Statement
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Beijing SBS Genetech Co.,Ltd.
  •  

    PHA 3D Printing Filament

    SBS Genetech and PHA ECO GOODS Revolutionize 3D Printing with

    PHA 3DESIGNTM Printing Filament

  • Why Choose PHA?

    When you choose to use PHA (Polyhydroxyalkanoate) as your raw material for art production, you are opting for an innovative and sustainable solution. Using PHA offers several significant advantages

     

    • Biodegradability: PHA is a biodegradable material that leaves no long-term negative impact on the environment. It is 100% naturally biodegradable, meaning it breaks down entirely in natural environments.
    • Sustainability: PHA utilizes renewable raw materials such as vegetable oils and starch, which generate lower greenhouse gas emissions during their production compared to petroleum or natural gas.
    • Low-carbon: PHA is typically produced through microbial fermentation, a low-energy and low-emission method that doesn't require high-temperature or high-pressure reactions, thereby reducing energy consumption.
    • Versatility: PHA materials exhibit exceptional versatility and can adapt to various manufacturing processes. Whether you require injection molding, extrusion, or 3D printing, PHA can meet your needs.
    • Durability: Despite being biodegradable, PHA maintains outstanding durability, ensuring that your art pieces endure over time.
    • Creativity: The diversity of PHA makes it suitable for a wide range of artistic creations and designs, offering limitless creative possibilities.
    • Customizability: We can tailor PHA materials to your specific requirements, meeting the unique demands of your projects and ensuring your creations are presented perfectly.

     

    Using PHA not only helps reduce the environmental impact of your projects but also provides you with high-quality, sustainable raw materials that infuse innovation and sustainability into your art. We are committed to supporting your creativity while contributing to the future of our planet.
  • How It Works

    1

    Step 1: Harnessing Nature's Bounty

    We kickstart the process by extracting starch from diverse plant sources like corn, potatoes, and cassava. This versatile starch serves as our primary raw material, setting the stage for what comes next.

    2

    Step 2: The Alchemical Transformation

    Through the magic of biotechnology, we work wonders with starch. It undergoes enzymatic or hydrolytic transformation, evolving into glucose – the building block for our sustainable masterpiece.

    3

    Step 3: Microbial Artistry

    Microbial fermentation takes center stage as we introduce glucose to specialized microorganisms. These tiny maestros orchestrate a symphony of biochemical reactions, elegantly crafting PHA polymers. Picture glucose molecules dancing together to form robust PHA polymer chains.

    4

    Step 4: Extracting the Elixir – PHA Powder

    Our microbial artisans complete their work, yielding PHA polymers in the form of fine powder or granules. This alchemical process often involves gentle extraction, meticulous filtration, and purity enhancements to ensure top-quality PHA powder.

    5

    Step 5: Crafting Sustainable Dreams

    Now armed with PHA powder, we embark on crafting a myriad of sustainable dreams. We offer 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.

  • Why choose PHA 3DESIGN™ Printing Filament?

    Together, through our collaborative efforts, we have developed a next-generation PHA 3DESIGN™ Printing Filament, aiming to exceed your expectations in 3D printing.
     
    Advantages of Our PHA 3DESIGN™ Printing Filament: 

     

    • 100% Bio-Based and Biodegradable: Crafted from PHA (microbial fat) and other bio-based materials, our filament is fully biodegradable, unlike 70% of PLA filaments on the market.
    • Superior Heat Resistance: With a heat distortion temperature of up to 120°C, it boasts the highest thermal stability among bio-based materials.
    • Unique Aesthetics: Enjoy a distinct texture and color, reminiscent of jade or biomass residue, setting your prints apart.
    • High-Speed Printing: Designed for efficiency, our filament supports rapid printing speeds of up to 600mm/s.
    • Safe and Eco-Friendly: Free from harmful microplastics, making it safer for both you and the environment.
    • Optimized Performance: Resistant to moisture, with minimal stringing and easily removable supports, ensuring a smooth printing experience. 

     

    Choose PHA 3DESIGN™ Printing Filament for a blend of sustainability, performance, and aesthetic appeal. Transform your printing projects with a material that’s as environmentally conscious as it is high-quality.
  • PHA 3DESIGN™ Printing Filament

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    Jade

    $19.99

     

    Natural color of PHA

     

    100% biobased
    100% biodegradable
    no microplastics

     

    Diameter: 1.75 mm
    Spool Weight: 1000 gr
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    Tea Leaves

    $19.99
     
    Blended with natural Tea Leaves
     
    100% biobased
    100% biodegradable
    no microplastics
     
    Diameter: 1.75 mm
    Spool Weight: 1000 gr
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    Orange Peel

    $19.99

     

    Blended with natural Orange Peel

     

    100% biobased
    100% biodegradable
    no microplastics

     

    Diameter: 1.75 mm
    Spool Weight: 1000 gr
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    Cocoa

    $19.99

     

    Blended with natural Cocoa

     

    100% biobased
    100% biodegradable
    no microplastics

     

    Diameter: 1.75 mm
    Spool Weight: 1000 gr
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    Coffee Grounds

    $19.99

     

    Blended with natural Coffee Grounds

     

    100% biobased
    100% biodegradable
    no microplastics

     

    Diameter: 1.75 mm
    Spool Weight: 1000 gr
  • Parameters

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    Recommended Printing Parameters:

    • Applicable to: PEI textured print bed
    • Printing Speed: Up to 600mm/s
    • Nozzle Temperature: 200-220°C
    • Bed Temperature: 25-65°C
    • Pre-drying Conditions: 65°C for 8 hours
    • Filament Diameter: 1.75 ± 0.03 mm

     

    Physical Properties:

    • Melt Flow Index: 9-15 g/10min
    • Moisture and Volatiles: <0.5%
    • Melting Point: 168-172°C
       

    Mechanical Properties:

    • Tensile Strength: 53 MPa
    • Elongation at Break: 4-10%
    • Notched Izod Impact Strength (23°C): 3-8 KJ/㎡
    • Flexural Strength: 77-81 MPa
    • Flexural Modulus: 2400-2700 MPa
  • Artworks

    By using our PHA 3DESIGN™ Printing Filament, designers have created exquisite works of art

  • PHA 3DESIGN™ Handbags

    Collaborated with the designer SHUXUAN G

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  • PHA 3DESIGN™ Vases

    Collaborated with the designer Space Oddity

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  • PHA 3DESIGN™ Rings

    Collaborated with the designer TheDigitalAmber

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  • Contact

    For more information, please fill out the provided form or contact us directly by E-mail

    tech@sbsbio.com

SBS Genetech © Copyright 2000-2025

from China, for the World

for Superior Biology Services since 2000

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