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NonOilen®

1.025,00 Kč
Tax included.

After a long-term partnership with the research team of prof. Ing. Pavol Alexy, PhD. from the Slovak Technical University, we are proud to introduce a brand-new material that is like a dream in the plastic world – a fully biodegradable filament for 3D printing.  This special material is called NonOilen®.  

This filament is made of polylactic  acid and polyhydroxy butyrate blend (PLA/PHB). The content of PHB improves the toughness, temperature resistance, and especially biodegradability. It perfectly fits into the principles of the circular economy, it can be reused many times, therefore, you can reduce the waste, and once the lifetime ends, it can be recycled

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Weight
Low stock - 7 in stock, ready to ship
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Main features:

Temperature resistance up to 110 °C
Objects may be washed in the dishwasher
Easy 3D printing comparable with PLA
Safe for food contact applications
100% made of polymers from renewable resources (bio-based)
Decomposition in compost is about 3x faster than PLA


Food Contact Declaration by request on helpdesk@fillamentum.com

    Scoped Section with Icons
    10th Anniversary

    10 YEARS OF EXPERIENCE

    We have been on the market for 10 years, gathering extensive experience.
    Fast Shipping

    FAST SHIPPING

    All orders placed by 11:00 CET are shipped the same day. Average delivery time is 2–4 days worldwide.
    B2B Program

    B2B PROGRAM

    Get special prices, tailored shipping, and direct invoicing with our exclusive B2B program.
    Loyalty Program

    LOYALTY PROGRAM

    Earn Fella Coins with every purchase and redeem them for discounts or free shipping.
    Premium Quality

    PREMIUM QUALITY

    We focus on Process Capability Index (CPK) to ensure every filament spool meets top quality standards.
    Available for Every Printer

    COMPATIBLE WITH EVERY PRINTER

    Our spools work with all printers and AMS. Specific settings or profiles are available for most models.
    PRINTING SETTING & OVERVIEW
    BASIC NON-HIGH-SPEED PRINTERS SETUP
    Printing temperature Printing Temperature: 170 – 195 °C
    Heated bed temperature Bed Temperature: 0 – 50°C
    Printing Speed Printing Speed: 20 – 50 mm/s
    Cooling Fan Cooling Fan: 100 %
    HIGH SPEED PRINTERS SETUP
    Printing temperature Printing Temperature: 180 - 215 °C
    Heated bed temperature Bed Temperature: 0 - 60 °C
    Printing Speed Printing Speed: 50 – 200 mm/s
    Cooling Fan Cooling Fan: 80 - 200 %
    More information in our printing guide 👇
    BASIC OVERVIEW
    PRODUCT INFORMATION

    • Diameter: 1.75 mm and 2.85 mm
    • Diameter tolerance: +/- 0.05 mm 
    • Weight: 750 g of filament (+ 210 g spool)
    • The length of the filament:
      250 m (1.75 mm,750g)
      98 m (2.85 mm,750 g)

    ⚠️⚠️⚠️

    • For a good adhesion use PVA glue or 3DLac. 
    • The color tone can slightly vary due to the natural origin of the material. 
    DOWNLOADS
    PRODUCT COMPARISON
    PLA Extrafill PLA Crystal Clear Timberfill ® Nonoilen®
    Polymer base polyactic acid polyactic acid mixture of biopolymers filled with 15% of natural fibers polyactic acid and polyhydroxy butyrate blend
    Mechanical properties stiff stiff brittle tough
    Biodegradability industrial composter (months) industrial composter (months) industrial composter (months) industrial composter, electric composter (90 days)
    Temperature resistance without/after annealing 55 / 80 °C 55 / 110 °C 55 / 80 °C 110 / 110 °C
    Optical properties yellowish, transparent clear, transparent wood-like, non-translucent yellowish, non-translucent
    Moisture sensitive *** ***** **** **
    Safe for food-contact applications yes, except Luminous colors yes no yes
    Recyclability Recyclable usually with loss of mechanical properties Recyclable usually with loss of mechanical properties Not recyclable Recyclable, many times without loss of properties

    THINK BEFORE YOU PRINT

    KEY FEATURES

    100% made of polymers from renewable resources (bio-based) 

    High strength, toughness, hardness 

    Temperature resistance up to 110 °C – right after 3D printing, no need to anneal 

    Easy 3D printing comparable with PLA 

    Long-term durability of printed object 

    Safe for food contact applications  

    Objects may be washed in the dishwasher 

    Barrier properties 

    Natural silk look 

    Polymer may be recycled many times with retention of the features 

    100% biodegradable in industrial compost and electric composters 

    Decomposition in compost is about 3x faster than PLA

    No microplastics polluting environment is created during the biodegradation 

    Decomposes only in a biologically active environment 

    The byproducts from the decomposition process don't cause the greenhouse effect 

    PROJECTS & CASE STUDIES

    Customer Reviews

    Based on 4 reviews
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    25%
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    A
    Adam Kukuc

    Easy to print, safe with hot water

    S
    Simon Rozman
    Feel less guilt when needed to print a new part

    I'm new to NonOilen and the first impression is great. Tuned the printer parameters for best results without being an environment offender. Original box comes handy to collect all failed prints, maybe send them back for recycling some day. Dishwasher-safe and food-contact approved is a nice bonus.

    J
    Jan Sušanka
    NonOilen

    Interesting material, good for printing simple objects.

    j
    juergen schwan
    Juergen‘s NonOilen experience

    I designed and printed a coffee cup out of NonOilen.
    -temperature resistance is great! I was looking already for a long time for such a material!
    -printing temperature is quite low, that‘s astonishing and highly appreciated.
    -printing is easy, works even on my prusa mini, no enclosure needed
    -supports can be removed easy ( on my bambulab x1 carbon)
    -unfurtunately no colors availably
    -certain areas of the parts (thin walled) can be brittle, the handle of my cup for example
    -high elongation when getting hot: the bottom of my coffee cup will warp after filling with hot coffee and the cup and the cup will wobble a little when placing on the table - I will have to think about a special design modification in order to deal with the elongation issue.
    -next project will be an airbox for the Weber Carburetor of my 1988 Suzuki SJ413. Let‘s see if it will work or if I have to go for Polyamid…