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Flexible Yet Durable:
With a Shore hardness of 95A, this TPU is flexible enough for dynamic applications while maintaining robust mechanical properties for durability under stress.
Impact-Resistant:
Perfect for objects that need to withstand shocks, drops, or heavy usage without deforming permanently.
Elastic Memory:
The material recovers its original shape after deformation, making it suitable for springs, seals, or other elastic components.
Abrasion Resistance:
TPU is well-known for its resistance to wear and tear, making it ideal for moving parts or surfaces that experience friction.
Chemical Resistance:
Resistant to oils, greases, and many chemicals, expanding its application in industrial environments.
Printable on Standard 3D Printers:
Designed to work with most FDM printers that support flexible filaments, with recommended settings for ease of use.
Smooth Finish: Produces parts with a sleek surface, making it visually appealing and suitable for consumer products.
Applications
Prototyping:
Ideal for creating flexible parts like hinges, gaskets, or seals for testing and development.
Wearable Products:
Excellent for custom-fit items such as wristbands, insoles, or grips due to its comfort and flexibility.
Protective Gear:
Can be used for impact-resistant cases, bumpers, and padding.
Industrial Uses:
Applicable in machinery for flexible seals, belts, or vibration-dampening components.
Automotive:
Perfect for parts that require flexibility, such as bushings, boots, or custom fittings.
Technical Recommendations: Printing Temperature: 220-250°C
Bed Temperature: 50-60°C (optional but helps adhesion)
Print Speed: 20-40 mm/s (Higher speeds possible on high speed machines) to ensure precision and avoid filament binding.
Retraction: Minimal or disabled retraction to prevent filament snapping or clogging.
Nozzle Size: A standard 0.4mm nozzle works well, but larger nozzles can improve flow for thicker layers.
Comparison with Other Flexible Filaments:
vs. SBS:
While SBS is more rigid and easier to print, TPU offers superior elasticity, durability, and abrasion resistance.
vs. PLA:
TPU is significantly more flexible and impact-resistant than PLA but requires more careful handling during printing.
vs. ABS:
TPU outperforms ABS in flexibility and chemical resistance but lacks the high-temperature resistance of ABS.
Why Choose SA Filament's 95A TPU?
SA Filament's 95A TPU is formulated for consistent performance and reliable results. It delivers the flexibility, strength, and professional finish needed for demanding projects while being easy to print with standard 3D printers. Whether for industrial parts or creative consumer designs, this TPU is an excellent choice for achieving both functionality and style.
SA Filament TPU 95A is also packaged in an economical 500g size to better suit the creator's budget.
