PEBA White Filament Flexible High Rebound 1.75mm 90A 1KG

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🌟 The Next-Gen TPU Alternative

✅ Meet PEBA 90A flexible filament — the premium upgrade to traditional TPU. By combining nylon-level toughness with elastomer flexibility, it delivers the perfect balance of strength and softness, making it ideal for advanced 3D printing projects.

🪶 20% Lighter, Print Smarter, RoHS Compliant

📦 With a density 20% lower than TPU, PEBA enables ultra-lightweight prints without sacrificing durability. Perfect for drones, robotics, wearables, and performance parts where every gram counts.

78% High Rebound Performance

💡 PEBA achieves up to 78% energy return — more than 30% higher than TPU. This means faster bounce-back, superior elasticity, and long-lasting resilience. Ideal for sports gear, cushioning components, and functional prototypes.

🚀 2X Faster Printing, Adjustable Flexibility

⚙️ Designed for efficiency, PEBA prints up to 2X faster than TPU with enhanced volume flow. Fine-tune hardness and flexibility through print settings, adapting seamlessly from soft insoles to structural parts.

🎨 Multi-Color & Multi-Material Compatibility

🎯 PEBA works with most multi-color and multi-material FDM 3D printers using 1.75mm filament and dual-gear extruders. Widely applicable for sports equipment, medical devices, robotics joints, cushioning solutions, and creative prototyping.

🔍 What PEBA Is & Its Performance

💡 PEBA is a block copolymer combining rigid nylon (amide) blocks and flexible ether blocks, balancing strength with elasticity. In many metrics, PEBA can surpass standard TPU: better rebound, lower weight, enhanced chemical resistance, low-temperature performance, and improved fatigue durability.

📏 For example, Fillamentum Flexfill PEBA 90A lists a printing temperature of 225–245 °C, low density, and flexibility at –60 °C.

SainSmart Rebound PEBA 95A markets a rebound rate of 78% and being 15–20% lighter than TPU.

Step into the next generation of flexible 3D printing with PEBA 90A filament — a breakthrough material that combines nylon’s toughness with polyether’s flexibility. Compared to traditional TPU, PEBA offers 15–20% lower density, 2× faster print speed, and superior rebound elasticity (70–85%), giving professional makers the freedom to create lighter, stronger, and more efficient prints.

Whether you’re prototyping sports gear, engineering functional parts, or pushing the limits of soft robotics, PEBA ensures consistent strength, adjustable via infill, while maintaining unmatched softness and durability.

✅ Compatible with most FDM 3D printing machines.


📊 Specifications

📑 Extracted comparison data from image: key printing & material properties.

Property PEBA TPU
Density 1.0 g/cm³ 1.20–1.25 g/cm³
Elasticity / Rebound 70–85% 45–55%
Hardness 90A 90A
Print Speed 120 mm/s 55 mm/s
Flow Rate 7.2 mm³/s 3.6 mm³/s
Drying 80°C / 8 h & 65°C / 15 h 55°C / 4 h
Nozzle Temp 230°C 230°C
Heated Bed Temp 40°C 60°C
Structural Strength Adjustable by infill Fixed / Cannot adjust

FAQs

PEBA vs TPU / TPE / ABS / PLA: Strengths & Trade-offs

  • 🔄 Compared with TPU: TPU is mature, easy, cheaper; PEBA offers potential wins in rebound, low-temperature behavior, weight, and chemical stability, but its printing difficulty is higher.

  • 🧵 Compared with TPE: TPE is a broad genre of elastic materials; PEBA is in the higher-performance niche.

  • 🧱 Compared with ABS / PLA: ABS and PLA are rigid / structural / prototyping materials; PEBA is for flexible / functional parts. In many designs, they complement rather than compete.

📦 Use Cases & Application Areas

  • 🌀 Cushioning / elastic parts / springs / mounts

  • 👟 Sporting goods / shoe soles / protective gear

  • 🤖 Robotics / grippers / soft-robot structures

  • 🚗 Automotive / drones / flexible components / seals

  • ❄️ Low-temperature or extreme environment flexible parts

📚 Resources

🔗 SainSmart PEBA Filament Profile (Click to learn more)

  • 🖨️ Bambu Studio Printer Configuration File

  • 📂 Sample 3D Models (.STL) for PEBA

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