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Filament diameter(mm) 1.75±0.03
Net weight 1kg, Shipping weight 1.28kg
Recommend print temperature (℃) 200~230
Recommend print speed(mm/s) 30~70
Recommend heated bed(℃) 60~70


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Will not ship until [19041994]
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Compared with the standard PLA, the PLA+ improved the disadvantage of PLA toughness being not good. The printed parts quality still very good same with standard PLA.



Good temperature adaptability, can get good print result from the range of 200~230℃
More suitable for novices
Good fluidity, compatible with most FDM 3d printers on the market
The printing surface is smooth and the effect is good
Tougher than PLA, better resistance tensile performance


Temperature Tower

Test the temperature characteristics of the consumables, and the consistency of the filaments. 190-230℃. The printing is complete,the filaments are uniform, the bridging continuity is good,and there is no stringing phenomenon. If you want to build the temperature tower, the cutting level is very high,and the stringing is more common, Need to focus on improvement.


 Little squirrel 

Test the overall printing effect of filament at 196℃, speed 35mm/s, uniform and continuous filament output at 196℃, comes out very smooth printing surface.

XYZ cube The overall printing effect of testing filament at 210℃, speed 50mm/s, uniform and continuous filament output at 210℃, high gloss.


 Large vase
The overall printing effect of testing filament s at 220°C and 55mm/s speed. At 220°C, 

the increase in speed will significantly improve the printing effect, with more uniform filament output and smoother printing surface


physical properties Typical Value:
Peak melt Temperature:
155℃±5℃ ISO 11357
Glass Transition Temperature:
60℃ ISO 11357
MFR[g/10min](1):  210℃ / 2.16KG 6g/10 min ISO 1133
MVR[cm3/10min](1): / ISO 1133
Specific Gravity[g/cm3]: 1.24 g/cm³ ISO 1183
moisture absorption 24hr[%](2) : 
≤400 ppm /
moisture absorption 7day[%](2) / /
moisture absorption 4weeks[%](2) / /
Heat Deflection Temperature(0,45MPa): 60℃ ISO 75
Tensile Yield Strength Filament[MPa]:
45 Mpa ISO 527-1

(1) 210℃

(2) 28℃;moisture:37%

The test results are as follows:

①The diameter of the PLA+ is within the allowable error range, and the filament is evenly extruded esat 200℃;

②Good temperature characteristics, smooth extrusion at 190-230℃, no jamming, work well
③The most suitable temperature for PLA+ is 200-220℃. within the range, the filament extrusion is continuous and smooth, the gloss is high, the printing surface is smooth, and the color is beautiful; (the temperature on the label is 200-230℃)
④ PLA+ have good compatibility and are suitable for use on most printers on the market;
⑤Compared with Standard PLA, the proportion of toughening agent is increased, the toughness is better, and it is not easy to break. There is no fracture in the test process;
⑥ Good adhesion ;
⑦It is emphasized that PLA+ have a characteristic, the printing temperature and printing speed must be matched, so that the desired effect can be produced. In addition, the matching degree of retraction is also high, which can reduce stringing. In summary, the test passed.
Recommended printing temperature: 200-220℃; Recommended printing speed: 30-70mm/s; Recommended hot bed temperature: 60-70℃; Recommended withdrawal: length: 6mm, speed: 110mm/s; (remote printer) length: 0.8mm, speed: 35-40mm/s; (short-range printer) Applicable models: mainstream Ender-3/CR-10/Prusa i3/thinker S/thinker SE/ER-20, etc.

If the filament is not used for a long time, please keep them in a cool (temperature lower than 32℃) and dry environment (humidity lower than 40%) in time.
Please use a soft cloth to clean the nozzles before and after printing to prevent the residual filament from affecting the printer
If there is a problem of the clog, please check whether the feeder spring is too loose and causes the consumable to slip/too tight, which causes the filament to be damaged by the gear.
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