ERYONE TPU 85A Filament 1kg - Transparent Blue

What is ERYONE TPU 85A Filament 1kg - Transparent Blue?

ERYONE TPU 85A Filament 1kg - Transparent Blue is a premium thermoplastic polyurethane (TPU) 3D printing filament engineered for users who need soft, flexible, and resilient prints. With a Shore hardness of 85A, it’s softer than standard 90A or 95A TPU filaments, offering superior flexibility and rapid rebound. The 1kg spool of transparent blue filament delivers consistent performance for both hobbyists and professionals using FDM 3D printers. It’s designed to maintain shape after bending or stretching, making it perfect for functional parts that require long-term elasticity and comfort.

Key features

• Ultra-Soft Flexibility — Softer than 90A/95A TPU, bends easily and returns to shape after deformation.
• High Elasticity & Rebound — Rapidly recovers original form after stretching or compression.
• Impact & Crack Resistance — Withstands repeated stress and localized pressure without cracking.
• Smooth Printing Performance — 1.75 mm diameter with ±0.03 mm tolerance for clog-free extrusion.
• Broad Printer Compatibility — Prints at 200–220 °C, works with most FDM 3D printers.
• Environmental Resistance — Resists abrasion, oils, greases, and low-temperature conditions.
• Premium Finish & Strength — Up to 35 MPa tensile strength with a smooth surface finish.

Who is ERYONE TPU 85A Filament 1kg - Transparent Blue for?

This filament is ideal for 3D printing enthusiasts, makers, and engineers who need durable, flexible parts for real-world applications. It’s especially suited for users creating wearables like wristbands, functional prototypes, protective cases, pet toys, or mesh bags. Its ease of printing makes it accessible to intermediate users, while its performance appeals to professionals needing reliable, long-lasting flexible prints.

How does ERYONE TPU 85A Filament 1kg - Transparent Blue compare?

Compared to stiffer TPU filaments (like 90A or 95A), the 85A variant offers greater softness and elasticity, making it better for highly flexible designs. It outperforms standard polypropylene or PLA in impact and wear resistance, especially in dynamic environments. While more challenging to print than rigid filaments, its optimized diameter tolerance and temperature range make it easier to handle than many flexible alternatives. It’s a balanced choice between printability and performance for functional, flexible 3D prints.