Spectrum® 3D PLA Stone Age Filament 1.75mm 1kg Spool

Spectrum PLA Stone Age Filament

Printing models that look like they are made of real stone is not easy. With the high-quality PLA Stone Age filaments are based on PLA material that imitate the aesthetics and feel of real stone through certain admixtures. At the same time, the excellent properties of PLA materials are retained. So you can continue to count on the good printing efficiency, good adhesion forces and low shrinkage after cooling. Use Spectrum PLA Stone Age filaments to create lifelike stone models.

PLA material in noble stone look

Polylactic Acid is the basis of the high-quality Spectrum PLA Stone Age filaments. This gives you the certainty of receiving a high-quality filament with which you can reliably implement all your projects. Thanks to the admixtures has a high strength, a beautiful aesthetic stone printing texture and in addition, the material is not abrasive. Biodegradability is not affected despite the admixtures.

Unique stone appearance for architectural projects

The unique properties of PLA Spectrum Stone Age filaments determine the use of this type of material in industries mainly related to decoration and architecture. In this case, the objects are used for visualization of objects to be built. The admixture to the PLA material ensures that the masking of the individual layers works so well that the individual layers are barely visible.

Fields of application:

• Architecture
• models
• interior design
• decorations
• replicas of sculptures and monuments
• Initial production of concepts of finished and semi-finished products

Technical data:

• Brand: Spectrum
• Material: PLA (Polylactic Acid)
• Wire thickness: 1,75 mm
• Dimensional accuracy: + / - 0.03 mm
• Content / Weight: 1kg
• Length: ca. 335,45 m
• Recommended print temperature: 185 - 225 °C
• Recommended print bed temperature: 0 - 45 °C
• Suggested printing speed: 40 - 80 mm/s
• Material density: 1.24 g/cm3
• Melt flow index (MFR): 6 g / 10 min

• Impact strength not notched at +23°C: 16 J/m
• Tensile elongation: 0,06
• Tensile strength: 53 MPa
• Tensile modulus: 3.5 Gpa
• Flexural strength: 83 MPa
• Flexural modulus: 3.8 MPa
• Heat forming temperature: 55 °C
• Glass transition temperature: 55 - 60 °C
• Active fan: Yes
• Layer height: 0.05 - 0.30 mm
• Shell thickness: 0.40 – 2.70 mm
• Closed construction space: not necessary
• Drying box: not necessary
• Ruby or hardened nozzle: not necessary
• Recommended nozzle? 0.4 mm