Creality TPU 3D Printer Filament 1.75 mm

Flexibility is the point here: this 95A TPU filament can stretch up to three times its original length, making it useful for parts that need to bend rather than stay rigid.

The 1.75 mm filament is designed for most desktop FDM printers, with Creality recommending a direct-drive extruder to improve printing success with soft, elastic material.

If you prioritize flexible, resilient parts, it offers a different approach from standard rigid filament. If you prefer straightforward printing for firm components, a rigid material is the more natural fit.

Where it shines

This Creality TPU is suited to prints that need some give: think a phone case that flexes around a device, a watch band, a gasket, or a protective component. The 95A Shore hardness gives it a flexible-but-not-ultra-soft profile, while the stated stretch helps explain why it can suit wearables and shock-absorbing parts better than a rigid filament.

The product description also highlights bed adhesion, low warping, and low odor. Those qualities may make flexible-material projects more manageable, though print results still depend on the printer and setup. A 1 kg spool gives you material for more than a one-off small part, but the filament’s flexibility is the feature to choose it for—not a replacement for rigid plastic in parts that must hold their shape.

What to know

Creality recommends a direct-drive extruder for this filament, noting that it can improve the success rate with highly elastic TPU. That recommendation matters when choosing between this and a conventional rigid filament: feeding flexible material takes more consideration, and not every desktop FDM setup will handle it equally well. The listing says it works with most desktop printers, not every printer or feed configuration.

The filament is supplied on a 1 kg spool and is described as dried before packaging, then vacuum sealed with desiccant. Its winding and packaging are intended to help limit tangles and moisture exposure before use. Those details are helpful, but they do not remove the need to follow your printer’s own setup guidance. On the spec sheet, the key buying question is whether your printer can feed TPU reliably and whether your part actually benefits from flex.

Best use cases

Consider it for seals, plugs, gaskets, phone cases, watch bands, insoles, and protective or wearable parts. For example, if you’re printing a phone case, the material’s give can help it wrap around the edges instead of behaving like a hard shell. The same flexibility that helps in that kind of project can be a drawback for a bracket or other part that needs to remain rigid under load.

It’s a great fit if you have a direct-drive printer and want a flexible material for functional or wearable prints. Better avoided if you need a stiff part, or if you’re looking for the simplest material to feed through a printer that isn’t set up for flexible filament.

Should you buy it?

This is a focused choice for TPU projects, rather than an all-purpose spool. The 95A rating, stretch, and intended use for flexible parts give you a clear reason to pick it over rigid filament when the finished object needs to bend, cushion, or wrap around something. A direct-drive setup also aligns with Creality’s recommendation and is worth considering before you commit to a flexible-material project.

Choose it for cases, seals, bands, and other parts where flexibility is useful and your printer can handle TPU. Skip it for rigid components or if you want a material with no special feeding considerations. The main tradeoff is practical: flexibility expands what you can make, but it also makes printer compatibility and the part’s intended behavior more important than they are with a basic rigid filament.