Material: I-BEAM BLUE WAX PLA
Actual Weight of Filament: 1000g (approximate length on the spool is 330 meters)
Diameter Tolerance: ± 0.05 mm
Density: 1.210 – 1.430g/cm3
Glass Transition Temperature: 55°C
Suggested printing temperature: 195°C – 240°C*
Suggested print speed: 35 – 100 mm/s
Suggested heated bed temperature: 50-60°C
Build platform: BLUE WAX PLA filament adheres well to both heated and non-heated build platforms. We recommend using BuildTak as your bed’s printing surface.
If printing on a glass bed, apply glue-stick. A very thin layer of glue will be sufficient to keep your print nicely in place. Another gluing method is dissolving PVA glue in water. The consistency of the mixture can be quite thin, like skim milk. By applying just a few drops and smearing the mixture out before you start printing will create a very thin layer which will hold the filament down.
In-house testing: STACKER is continually testing our filaments to ensures the best quality possible. If you are not sure how to print with any material, please contact us at firstname.lastname@example.org.
Processing BLUE WAX PLA for Extruded Patterns: The entire cluster can be printed as one part to save time and money. Vents can be modeled and printed. Large patterns can be printed in parts then glued together for casting. Foundries often clean clusters with limonene; however, limonene will dissolve PLA filament, so be sure to clean the cluster with a detergent and avoid allowing your 3D printed parts to come in contact with limonene. To prevent ash in your castings, invert the shell with vents and allow melting PLA to drain-off. For a clean burn, fire at 1,400̊F to 1,600̊F (760̊C to 870̊C) for two hours.
Incineration Test Results at 1,000̊C for 30 minuets:
Nearly Complete Combustion: 99.82%
Semi-volatile organics: <0.001% (non-detect)
CO2 Produced: ~100% (complete CO2 recovery)
CO produced: <0.01% (non-detect)
Ash Produced: 0.01%
Major toxic heavy metals: <1 ppm each (Zn, Cu, Cr)
Outer Diameter: 200mm
Inner Diameter: 53mm
Tech Downloads: Technical data and MSDS sheets are available http://i-beamfilament.com/Materials/
*3D printers have a wide variety of hot-ends which makes it extremely difficult to provide a universal printing temperature. The provided temperature range should be considered a starting point to help you find a temperature that works for your print. Please refer back to your printer’s operating manual for safety and temperature specifics.