ELEGOO Rapid PLA+ Filament (Brown)

Description

ELEGOO Rapid PLA+ Filament (1 kg, brown)

ELEGOO Rapid PLA+ in brown is a filament designed for fast, technical prints. The muted color masks minor imperfections and allows you to focus on the model’s shape. The material works well for functional designs, prototypes, and structural components where precision and repeatability matter. The spool contains 1 kg of filament.

High-Speed Performance

The filament melts quickly and flows smoothly from the nozzle, allowing you to print at speeds of up to 600 mm/s (with a properly calibrated printer). Rapid PLA+ offers better flexibility and crack resistance compared to standard PLA, making prints less brittle and more durable. Additionally, it conducts heat well, which promotes layer bonding.

Precision and Convenience

A 1.75 mm diameter and a dimensional tolerance of ±0.02 mm ensure consistent material feed and reduce the risk of nozzle clogging. The filament is machine-wound and then manually inspected, which minimizes tangles. The recycled cardboard spool facilitates sorting, and the entire package is vacuum-sealed with a desiccant—ensuring the material is ready to print immediately upon opening.

 

General

ManufacturerELEGOOModel50.203.0313ColorBrownWeight1 kg

 

Recommended print settings

Pre-print drying55 ± 5°CAmbient temperature and humidity≤ 50°C, ≤ 20% relative humidity (store with a desiccant)Nozzle temperature200 – 230°CBed temperature (depending on printer and surface)35 – 65°CBuild plate typeTextured PEI (polyetherimide – a durable material that adheres well to prints) or other compatible platesPrint speedBelow 600 mm/s

 

Physical properties

Density1.23 g/cm³Melting point160°CHeat deflection temperature57°CSoftening point (Vicat test)62°C

 

Mechanical properties

Tensile strength (XY – measured in the horizontal plane of the print, where the material is strongest)39 ± 2 MPaElongation at break (XY)8.5% ± 1.2%Flexural strength (XY)71 ± 6 MPaFlexural modulus (XY)2846 ± 175 MPaImpact strength (XY)50.4 ± 2.8 kJ/m²