We will remain closed until January 1st due to the Christmas holidays. Orders received until Thursday, December 26th will be shipped on Friday, December 27th. Orders received from Friday, December 27th will be shipped on January 2nd. Happy Holidays!

Display Nav Left

Language:

Compare

You must be logged in to manage your wishlist.

Scallop PLA

Ref.: FRANCOFIL-SCALLOP-175-750

34.95 €

Tax excl.

Diameter

Format

Quantity

In stock 5 units available for immediate shipping.
units available for shipping in 0 - 0 days Available for shipment within 0 - 0 days

Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Friday 27 December

Available

Returns

Ask about this product

Scallop PLA is one of the filaments of the family of biocomposite filaments developed by Francofil, a French 3D filament manufacturer.
In this range of biocomposite filaments you can find, in addition to scallop PLA, oyster PLA, mussel PLA, Coffee PLA and wheat PLA.

Pieces printed with PLA Francofil filaments.

Image 1: Pieces printed with PLA Francofil filaments. Source: Francofil.

A material is considered a biocomposite when it is made up of a matrix (PLA) and a filler of natural material.

In the case of scallop PLA, the matrix of this filament is composed of PLA (polylactic acid), and added with by-products of scallop.

The scallop belongs to the family of bivalve mollusks, such as clams and oysters. The shell that covers the mollusk has a very representative and well-known wavy surface with grooves, since it serves as a symbol of the Camino de Santiago.

Biocomposite materials such as scallop PLA provide an alternative to those derived from petroleum.

PLA is a biodegradable plastic that is obtained from natural resources. Specifically, it is obtained from the starch extracted from corn, beets and wheat, and is one of the most used materials in 3D printing today.

By having a PLA base, this filament maintains the mechanical properties and ease of print of this material. PLA scallop does not require a heated bed, so it can be printed on almost any FDM 3D printer on the market. In addition, it does not give off harmful gases during the printing process.

Due to the particle content, it is recommended to use a nozzle with at least 0.5 mm outlet diameter to avoid possible clogging. By using a nozzle with a smaller output diameter, a jam could occur which would cause a print failure.

However, this filament does not require the use of a hardened steel nozzle, as the material particles are not abrasive.

Filament and piece printed with PLA scallop.

Image 2: Filament and piece printed with PLA scallop. Source: Francofil.

The whitish color of the PLA scallop filament is naturally given by its content of wheat particles; while other filaments are added with artificial substances to achieve different colors or particular finishes.

Due to its nature, the color of the scallop PLA filament may vary from one batch to another, without implying in any case a manufacturing defect.

The tonality of this filament is reminiscent of a natural PLA, although it contains small particles with a certain shine that give it a particular finish. Pieces printed with PLA scallop offer a finish with a rustic touch.

This filament is very attractive for applications in the arts, design or decoration sector among others, such as the manufacture of sculptures, vases, and other types of objects with aesthetic value.

Vases printed with biocomposite filaments.

Image 3: Vases printed with biocomposite filaments. From left to right: PLA coffee, PLA wheat, PLA oyster, PLA mussel and PLA scallop. Source: Francofil.

Currently, companies from various sectors seek to generate a lower environmental impact. In this context, biocomposite filaments developed by Francofil may be a suitable option.

To read more about terms related to the environmental impact of materials, it is recommended to read the following article.

Scallop PLA
Eco / Ecofriendly
Sustainable
Biodegradable
Compostable
Biocomposite
Recycling

Table 1: Scallop PLA filament characteristics.

For all these reasons, the scallop PLA filament is an ideal material for the development of artistic or decorative pieces, although it is also a recommended material for the manufacture of non-functional prototypes.

* In spite of being a biocomposite filament with a scallop content, this filament is not edible.

General information
Material	PLA
Format	50 g / 750 g
Density	(ASTM D792) 1.24 g/cm³
Filament diameter	1.75 / 2.85 mm
Filament tolerance	± 0.05 mm
Filament length	(Ø 1.75 mm 750 g) ±252 m / (Ø 2.85 mm 750 g) ±95 m / (Ø 1.75 mm 50 g) ±16.8 m / (Ø 2.85 mm 50 g) ±6.3 m

Printing properties
Printing temperature	190 - 230 ºC
Print bed temperature	70 ºC
Chamber temperature	✗
Cooling fan	✓
Recommended printing speed	30 - 40 mm/s

Mechanical properties
Elongation at break	(ASTM D882) 6 %
Tensile strength	(ASTM D882) 53 MPa
Tensile modulus	(ASTM D882) 3612 MPa
Flexural strength	(ASTM D790) 83 MPa
Flexural modulus	(ASTM D790) 3826 MPa
Surface hardness	-
Impact strength	1.6 KJ/m²

Thermal properties
Softening temperature	(ASTM E2092) 55 ºC

Specific properties
Transparency	-

Other
HS Code	3916.9
Spool diameter (outer)	200 mm
Spool diameter (inner hole)	55 mm
Spool width	50 mm

To use the scallop PLA filament, we recommend using a printing temperature of between 180 and 210 ºC. As with standard PLA, this material does not require a warm bed, so the temperature of the appropriate printing base would be between 40 and 60 ºC. For better adhesion, a Buildtak printing base or Magigoo adhesive can be used. This will avoid the warping effect even on large pieces.

As far as printing speed is concerned, it is recommended to print at a speed of between 40 and 60 mm/s. As usual, lower layer heights produce greater detail clarity, but the printing process will be slower.

Due to its particle load, it is recommended to use a nozzle with an outlet diameter of at least 0.5 mm to avoid clogging.

The scallop PLA filament is somewhat sensitive to moisture absorption, so it is recommended that the filament be kept in a vacuum pack with a desiccant bag or use a filament pack with a PrintDry vacuum seal. If you have been exposed to damp conditions, it is recommended that you use a filament dryer such as PrintDry II to dry the filament. Using the filament wet can cause degradation of the polymer, increase the brittleness of the material or affect the adhesion of layers when printing a 3D part.