SKU: 3DMR-0822
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eSUN TPU-95A Temperature Change 1.75mm Filament 1kg

₹2,449.00 (Inclusive of all taxes)
Out of Stock

eSUN TPU-95A is a highly flexible 3D printing filament featuring a unique temperature-sensitive color change effect. With a Shore hardness of 95A, this material offers excellent elasticity, high tear and wear resistance, making it ideal for durable, flexible FDM 3D prints.

Features

  • Shore hardness 95A provides superior flexibility and elasticity for resilient parts.
  • Features a unique temperature-responsive color-changing effect, adding dynamic visual interest.
  • Exhibits high tear resistance, wear resistance, and cut resistance for durable applications.
  • Excellent layer adhesion ensures robust, long-lasting prints with consistent quality.
  • Compatible with most FDM 3D printers, offering reliable extrusion from 220-250°C.

Out of stock

Description

The eSUN TPU-95A Color Change filament delivers exceptional performance for applications requiring flexibility and durability. As a reputable brand in 3D printing since 2007, eSUN ensures this material meets high standards, backed by ROHS, REACH, FDA, and EN71-3 certifications. This TPU variant is engineered with a Shore hardness of 95A, making it highly elastic and robust. Its inherent properties include significant resistance to tearing, wear, and cutting, crucial for parts subjected to repeated stress or movement. The added feature of temperature-responsive color change provides a visually engaging element, perfect for unique functional or aesthetic projects.

Printing with eSUN TPU-95A is straightforward for a flexible material, generally requiring extrusion temperatures between 220-250°C and a heated bed maintained at 45-60°C for optimal adhesion and reduced warping. Its flexibility demands slower print speeds, typically 20-50 mm/s, to ensure consistent extrusion and prevent tangling. This filament is particularly suited for creating items that need to bend, stretch, or absorb impact, maintaining structural integrity even under demanding conditions. Proper drying before printing is recommended to achieve the best print quality and material performance.

Key Features

  • High elasticity and flexibility with a Shore hardness of 95A.
  • Unique thermochromic property for temperature-activated color changes.
  • Exceptional resistance to tear, wear, and abrasion, extending part lifespan.
  • Robust mechanical properties ensuring high durability and resilience.
  • Good layer adhesion for strong, unified printed parts.
  • Reliable printability on FDM 3D printers with proper settings.

Applications

  • Functional shoe insoles and other foot accessories.
  • Flexible components for mechanical engineering prototypes.
  • Durable parts for the automotive industry (e.g., gaskets, sleeves).
  • Elastic elements in electrical appliances.
  • Flexible tubing or delivery line components.
  • Resilient sporting goods and protective gear.

Technical Specifications

Filament Diameter1.75mm
Elongation at Break780%
Operating Temperature220 - 250 °C
Heating Plate Temp.45 - 60 °C
Printing Speed20-50 mm/s
ColorColor Change by Temp A
Net Weight1 kg

Frequently Asked Questions

What are the optimal printing temperatures for eSUN TPU-95A filament?

For eSUN TPU-95A, an extrusion temperature between 220-250°C is recommended, with a heated bed set to 45-60°C. These temperatures help achieve good layer adhesion and prevent warping, ensuring a smooth and consistent printing process. Adjustments may be needed based on your specific printer.

How can I prevent stringing and clogs when printing with flexible TPU filaments?

To minimize stringing and clogs with flexible TPU, use slower printing speeds (20-50 mm/s) and optimize retraction settings. A direct drive extruder is often preferred, but bowden systems can work with careful tuning. Ensure your filament is dry, as moisture significantly impacts print quality and flow.

What are the best bed adhesion methods for eSUN TPU-95A filament?

For eSUN TPU-95A, a heated bed at 45-60°C is crucial. Applying a thin layer of PVA glue stick or blue painter's tape to the print surface can significantly improve adhesion. Ensure the bed is leveled correctly and clean to prevent print failures and ensure strong first layers.

Does eSUN TPU-95A require a heated enclosure for successful 3D prints?

While not strictly mandatory for smaller prints, a heated enclosure can significantly improve the success rate for larger or more complex eSUN TPU-95A parts. It helps maintain a stable ambient temperature, reducing thermal stress and minimizing potential warping or layer delamination, leading to better overall print quality.

How should eSUN TPU-95A filament be stored to maintain its material quality?

eSUN TPU-95A is hygroscopic and absorbs moisture from the air. It should be stored in a cool, dry place within a sealed container or vacuum bag with desiccant. Drying the filament at 50-60°C for 4-6 hours before use is highly recommended to ensure optimal print performance and material properties.

Package Includes

  • 1x eSUN TPU-95A Color Change 1.75mm Filament Spool

Additional Information

Weight 1.47 kg
Dimensions 22 × 20 × 8 cm