PLA vs. PLA+: Differences and Comparisons

While examining PLA filament, my curiosity led me to another variant known as PLA+. This ignited my journey to unearth the distinctions between the two and gauge the value of opting for one over the other. Though PLA and PLA+ share numerous traits, the primary variations lie in their mechanical attributes and print-friendliness. Remarkably, PLA+ showcases superior durability than its counterpart. However, some users face challenges while printing with it. Given a choice, my inclination would be towards PLA+.


Delving deeper into this discourse, let’s unravel the nuances of these materials.

What is PLA?
PLA, shorthand for Polylactic Acid, is a renowned thermoplastic and stands tall as a favorite for FDM 3D printing fans. Originating from components found in cornstarch and sugarcane, it’s a champion of sustainable and decomposable plastics. Not only is it economically attractive, but its compatibility with FDM printers is unmatched. The moderate temperature requisites make PLA an effortless choice for printing. It’s not just user-friendly, but also notably safe, setting it apart from other 3D printing options.

What is PLA plus (PLA+)?
Venturing into the realm of PLA+, it’s an upgraded sibling of PLA, engineered to overcome the downsides of its predecessor. It boasts characteristics like enhanced strength, resilience, and impeccable layer cohesion. The secret sauce? A blend of exclusive additives and modifiers. However, the exact composition remains a manufacturer’s secret, lending an element of mystery to the formula.

Differences Between PLA and PLA+
Quality: PLA+ promises exceptional print quality, setting a new benchmark. Its finesse is unparalleled, offering prints with a superior texture.

Strength: For those seeking robustness in their 3D creations, PLA+ emerges as the go-to choice, especially for functional components. PLA, although dependable, pales in comparison when subjected to intense stress.

Flexibility: In terms of adaptability, PLA+ takes the cake. Its enhanced elasticity ensures it stands tall, even under immense pressure.

Price: The premium features of PLA+ come with a slightly elevated price tag. But, as always, quality demands its worth.

Color: While PLA wins in the color diversity arena, PLA+ is gradually expanding its spectrum, ensuring enthusiasts aren’t left wanting.

Temperature Resistance: PLA+ shines in temperature endurance, making it apt for exterior projects, a domain where PLA sometimes falters.

Storing: PLA, sensitive to moisture, demands careful storage, whereas PLA+ demonstrates resilience against external factors, ensuring longevity.

Ease of Printing: Here, PLA has the upper hand. Its printability quotient, owing to its lower extrusion temperature, outshines PLA+. Yet, with diligence, PLA+ too yields stunning results.

Which is Worth Buying?
Your choice between PLA and PLA+ should align with your objectives. A functional masterpiece? Go for PLA+. A visual treat? PLA might just be your pick. For those scouting for reputable brands, consider TTYT3D PLA, ERYONE PLA, HATCHBOX PLA for PLA and OVERTURE PLA+, DURAMIC 3D PLA+, eSUN PLA+ for PLA+. Each brand boasts its unique charm; find your match and embark on a delightful 3D printing voyage.

Customer’s Perspective on PLA & PLA+
Sift through user testimonials, and you’ll notice a cascade of accolades for both PLA and PLA+. The precision and quality control maintained by filament manufacturers have streamlined the 3D printing experience. Warranty assurances further amplify user confidence. As we progress, manufacturers are refining the PLA+ formulation, pushing boundaries and elevating standards.

Wishing you a fascinating journey through the world of 3D printing! Happy crafting!