PCL 100 Filament 1.75mm Natural 750 gram

  • €105.00
    Inclusive VAT:
    €127.05
    Product Id: 8719189222814
    Availability: In stock
1.75mm - 750 gram: €105.00
2.85mm - 750 gram: €105.00


PCL 100 Filament - Natural / 1.75mm / 750 gram | 3D4Makers.com - 1
Return within 30 days for refund (Refund Policy)
Estimated delivery time *:
  • World: 10 days
  • Europe: 5 days
  • Benelux: 2 days
* Depending on customs

PCL 100 (Polycaprolactone) Filament 

The 3D4MAKERS PCL 100 Filament will be delivered in our recyclable box with metallized vacuum packaging.

Technical information:

Polycaprolactone 100 (PCL) is 100% pure polycaprolactone homopolymer with a molecular weight of 50000, made of high quality biodegradable plastic derived from petrochemical feedstock. It is compostable under home composting conditions. PCL is a semi-crystalline polyester that is which leads to a clean white final appearance. The product is easily colored. PCL has a density of around 1.2kg/cm3 and has exceptional mechanical properties. It melts at around 60°C making it a safe thermoplastic to print. It has a glass transition temperature of -60°C making the product extremely flexible and tough.

The unique properties from the 3D4MAKERS PCL Filament make it particularly suitable for usage in FDM and FFF 3D printers. The material has an amazing adhesion between layers which results in great improvement of the impact resistance, strength, durability and the printing process. Due to the low melting point of PCL it can be reshaped after 3D printing with water of 55 °C.

The PCL Filament produced by 3D4MAKERS is in compliance with the European regulations EC No. 1935/2004 and EC No. 10/2011 concerning plastic materials and articles coming into contact with food. The colorants used by 3D4MAKERS to colour the Filament also meet these European regulations.

Measurements & Tolerance

Size Diameter tolerance  roundness

1,75 mm Filament

+/- 0,05mm

99%

2,85 mm Filament

+/- 0,07mm

99%

     
Moisture content < 0,02%


Physical properties

Description Value Test method
Density 1,145 g/cm3 D 1505

Mechanical properties

Description Value Test method
Yield Stress 17,2 Mpa D 412-87
Flexural Modulus 411 Mpa D 790
Impact strength Notched Izod 470 MPA D 412-8
Hardness
Shore A
Shore D
 
95
51
 
D 2240
D 2240

 

Recommended restrictions

Do not use in medical applications involving permanent implantation in the human body. The PCL Filament produced by 3D4MAKERS meets the European RoHS and REACH guidelines. 

Printer settings

Description Value
Printer nose temperature 115 - 145°C
Heated platform temperature 30 - 45°C

To get the best results while printing we advise you to keep the 3D printer in a room where there is hardly any draft and/or temperature fluctuations. Keep the 3D printer out of the sun. This cannot be a room where people sleep.

When the 3D printer is not being used it is important to keep the 3D4MAKERS PCL 100 Filament in a bag and stored in a cool, dry and dark place until it is used again.

 

Safety information

REGULATION (EC) No. 1272/2008. According to EC regulations this product is not classified as hazardous.

Classification according to EU-directive 67/548/EEC or 1999/45/EC. According to EC criteria this product is not classified as hazardous.

 COMPOSITION AND INFORMATION ON THE COMPONENTS

 Mixture

This product is a mixture. 

CAS No./EG No./Index

REACH Number

Quantity

Component

Classification Regulation

(EC) No. 1272/2008

CAS No. 24980-41-4 EG No. Polymer

----------

100 %

2-oxepanone homopolymer

Not classified

 

Legally Obliged Information

1 Specific safety, health and environmental regulations and legislation for the substance or mixture.

2 Chemical safety assessment: Does not apply

RoHS (Restriction of Hazardous Substances) and REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals).

The PCL Filament produced by 3D4MAKERS meets the European RoHS and REACH guidelines.

Recommended restrictions

Do not use in medical applications involving permanent implantation in the human body.

Environmental information

Plastic waste can damage the environment. 3D misprints must be separated with plastic waste together with the Filament reel. 3D4MAKERS is developing a return system for  3D misprints and the Filament reel.

Together we can protect the environment! 


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