Buy eSun TPU 95A Filament 1.75 mm 1,000 g

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eSun TPU 95A Filament

The eSun TPU 95A Filament is a flexible TPU filament for FDM and FFF 3D printing applications with a Shore hardness of 95A. It combines good flexibility, high resilience, and robust material properties for elastic functional parts. The material is particularly suitable for large, complex, and precise prototypes, shoe components, sports products, conveyor belts, and technical components.

Flexible TPU with a Shore hardness of 95A

TPU 95A offers a balanced combination of elasticity and dimensional stability. Printed models can be bent, pressed, or deformed and then reliably return to their original shape. This makes the filament ideal for elastic components, insoles, cushioning elements, flexible connections, and protective components.

Tear-resistant, abrasion-resistant, and cut-resistant

eSun TPU 95A impresses with high tear resistance, good wear resistance, and strong cut resistance. Printed parts are stable, durable, and designed to withstand repeated mechanical stress. This makes the filament a reliable choice for technical 3D printing applications where flexibility and durability are equally important.

Excellent elasticity for precise prototypes

The material prints well and enables the production of large, complex, and precise prototypes made of elastic plastic. Its high hardness within the TPU class ensures a good balance of flexibility, strength, and dimensional stability. TPU 95A truly shines when used for parts with moving, impact-absorbing, or damping functions.

Printing instructions for optimal results

For best printing results, TPU 95A should be dried before printing; 55 °C for more than 4 hours is recommended. When printing, using a filament drying box such as eBOX may be advisable. For flexible materials, a short direct-drive extruder with two drive wheels is recommended. With Bowden extruders, the print speed should be significantly reduced, for example to 20 mm/s or slower. After extended print times, residue may form on the nozzle. In this case, cleaning filament can help; if necessary, the nozzle or heatbreak should be replaced.

      Advantages at a glance
      
Shore hardness 95A: Flexible TPU filament with a good balance of elasticity and stability.

High flexibility: Suitable for deformable and resilient functional parts.

Robust and durable: High tear strength, wear resistance, and cut resistance.

High toughness: Durable components for repeated mechanical stress.

Impact-resistant: Good impact resistance for elastic technical components.

Excellent printability: Suitable for large, complex, and precise TPU prototypes.

Versatile: Ideal for footwear, mechanical engineering, automotive, electronics, and sports products.

Flexibles 3D-Druck-Bauteil aus eSun TPU 95A Filament

Elastisches TPU 95A Filament für flexible technische 3D-Druck-Anwendungen

For flexible and durable 3D-printed components

eSun TPU 95A is a versatile 3D printing material for applications where elasticity, durability, and precise print results are critical. The material is suitable for flexible parts that are regularly bent, compressed, or subjected to impact loads. The combination of TPU flexibility, tear resistance, and wear resistance results in durable functional parts for professional 3D printing projects.

Typical Applications

The filament is suitable for shoe materials, insoles, machine parts, automotive components, electronic devices, conveyor belts, sports products, damping elements, protective parts, flexible connections, and elastic prototypes. Wherever 3D-printed components need to be flexible, robust, abrasion-resistant, and durable, eSun TPU 95A offers a reliable material solution.

      
            Technical Specifications
          
            Feature
            Value
          
            Density (g/cm³)
            1.21
          
            Melt Flow Index
            1.2 (190 °C/2.16 kg)
          
            Heat Deflection Temperature (°C, 0.45 MPa)
            /
          
            Extruder temperature (°C)
            220–250 °C / 428–482 °F
          
            Bed temperature (°C)
            45–60 °C
          
            Fan speed (%)
            100 %
          
            Print speed (mm/s)
            <100 mm/s
          
            Heated bed
            Required
          
            Printing Recommendation
            Dry for more than 4 hours at 55 °C, use a direct extruder, and print slowly

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