Create durable parts that can bend, stretch, compress, and absorb impact with Polymaker PolyFlex™ TPU95 Filament. With a Shore hardness of 95A, this flexible TPU offers a practical balance of elasticity, strength, and printability for compatible FDM 3D printers.PolyFlex TPU95 can stretch to more than three times its original length, making it a strong choice for protective components, grips, bumpers, gaskets, wearable accessories, flexible connectors, and other functional parts that need to flex without breaking.Why You’ll Like It Balanced 95A flexibility: Flexible enough for compressible and wearable parts while remaining easier to handle than softer TPU materials. Excellent elasticity: Capable of stretching to more than three times its original length. Impact-resistant performance: Well suited for parts that need to absorb vibration, shock, or repeated movement. Functional durability: A dependable material for grips, seals, bumpers, protective covers, and flexible mechanical parts. Broad compatibility: Works with many FDM printers when the extrusion path is properly configured for flexible filament. Available Colors Black White Blue Red Yellow Orange Printing Recommendations Extruder: A direct-drive extruder with a well-constrained filament path is strongly recommended. Print speed: Start slowly and increase speed only after confirming consistent extrusion. Retraction: Use minimal retraction to help reduce filament compression and feeding issues. Nozzle: Larger nozzle diameters are generally easier to use with flexible filament than very small nozzles. Bowden systems: Printing may be more difficult and usually requires slower speeds and careful tuning. Product Specifications Brand: Polymaker Product line: PolyFlex™ TPU95 Material: TPU Shore hardness: 95A Filament diameter: 1.75mm Net weight: 750g Great For Protective covers and cases Flexible connectors Gaskets and seals Grips and handles Bumpers and feet Wearable accessories Vibration-damping parts Impact-resistant components Functional flexible prototypes Flexible filament performance depends heavily on the printer’s extruder design, filament path, slicer profile, nozzle size, and print speed.
