Name: Flexible TPU95A Filament for Durable 3D Prints - TINMORRY
Availability: InStock

Description

Important Key Features

High Elasticity and Toughness: Offers a Shore hardness of 95A±2 HA, making it suitable for creating flexible and bendable prints.
Durability: Excellent wear resistance, chemical resistance, and UV resistance ensure long-lasting performance even in outdoor or harsh conditions.
Easy to Use: Exceptional bed adhesion and minimal warping allow for stable and precise prints.
Vacuum-Sealed Packaging: Each spool is dried for 24 hours and vacuum-sealed with desiccant to keep the filament in optimal condition before use.
Wide Compatibility: Compatible with a range of 3D printers, especially Bambu FDM 3D printers (AMS not compatible).

What Sets TINMORRY TPU 95A Apart from Others

TINMORRY’s TPU 95A stands out for its premium formulation that combines stretchability, dimensional accuracy, and resilience under stress. Unlike standard flexible filaments, it delivers clean finishes with minimal stringing, excellent bed adhesion, and reduced warping—even during long and intricate print jobs. This makes it ideal for continuous production and prototyping, where material consistency is critical. Whether you’re designing orthotic devices, tool grips, or high-impact wearable tech, TINMORRY enables you to achieve some of the best TPU prints with confidence. Compatible with any quality 3D printer for TPU, it empowers creators to push the boundaries of flexible design without compromising on durability or performance.

General Printing Guidelines

Nozzle Temperature: 200°C – 220°C
Bed Temperature: 40°C – 60°C
Printing Speed: <60 mm/s
Drying Before Use: Pre-dry at 70°C for 8 hours to achieve optimal printing performance.
Storage: Store in a sealed container with desiccant and maintain humidity below 20% RH.

Suitable Applications

Customised Footwear
Phone Cases
Flexible Toys
Prosthetics
Parts Requiring Stretch or Deformation

Frequently Asked Questions

1. What are the key considerations for 3d printing tpu filament?

When 3D printing TPU filament, use a slow print speed (5-30 mm/s), maintain a consistent feed rate, and set the nozzle temperature between 200-250°C depending on the brand. Ensure the filament is dry before use, and avoid using rafts to reduce warping and stringing. A heated bed (40-60°C or higher) is recommended for optimal adhesion.

2. What features should a tpu filament 3d printer have?

A TPU filament 3D printer should feature a direct drive extruder, precise temperature control, adjustable retraction settings, and a heated print bed. These features help manage TPU’s flexibility, prevent filament jams, and ensure strong layer adhesion for high-quality flexible prints.

3. What is tpu 95a filament and why is it popular?

TPU 95A filament refers to thermoplastic polyurethane with a Shore hardness of 95A, offering a balance between flexibility and toughness. It is widely used for both functional and aesthetic prints, such as wearables, seals, and protective components, because it is flexible yet easy to print compared to softer TPUs like 83A. TPU 95A is compatible with most modern 3D printers designed for flexible materials.

4. What are the best tpu prints to make with flexible filament?

The best tpu prints include items that require flexibility and durability, such as phone cases, wearable bands, custom insoles, gaskets, seals, vibration dampers, belts, toys, and protective covers. TPU is also commonly used for prosthetics, anti-vibration mounts, and robotics parts due to its elasticity and impact resistance.

TPU 3D Printer Filament