Home » LANDU Hyper TPU 95A Filament 1.75mm 1kg
LANDU Transparent Hyper TPU 95A flexible 3D printer filament 1kg spool showcasing high clarity and flexibility.
Close-up of a flexible 3D printed part showing the high hardness and resilience of LANDU Hyper TPU 95A filament.
Demonstration of LANDU Hyper TPU 95A flexibility showing up to 600 percent elongation at break and superior tear resistance.
A 3D printed shoe made with LANDU Hyper TPU 95A highlighting excellent layer adhesion and smooth surface finish.
Printing settings guide for LANDU Hyper TPU 95A filament showing recommended nozzle and bed temperatures for FDM printers.
Comparison chart and 3D prints showing that LANDU Hyper TPU 95A prints twice as fast as regular TPU in the same time frame.
Digital caliper measuring LANDU Hyper TPU 95A flexible filament ensuring precise 1.75mm diameter.
Collage of diverse 3D printed items made using LANDU Hyper TPU 95A including phone cases, insoles, and watch straps.
LANDU Transparent Hyper TPU 95A flexible 3D printer filament 1kg spool showcasing high clarity and flexibility.
LANDU Hyper TPU 95A Black flexible 3D printer filament 1kg spool paired with a 3D printed honeycomb stress ball.
LANDU White Hyper TPU 95A flexible 3D printer filament 1kg spool displayed with a clean 3D printed honeycomb ball.
LANDU Red Hyper TPU 95A flexible 3D printer filament 1kg spool paired with a 3D printed red honeycomb ball.
LANDU Hyper TPU 95A Blue flexible 3D printer filament 1kg spool displayed with a matching 3D printed honeycomb ball.
Close-up of a flexible 3D printed part showing the high hardness and resilience of LANDU Hyper TPU 95A filament.
Demonstration of LANDU Hyper TPU 95A flexibility showing up to 600 percent elongation at break and superior tear resistance.
A 3D printed shoe made with LANDU Hyper TPU 95A highlighting excellent layer adhesion and smooth surface finish.
Printing settings guide for LANDU Hyper TPU 95A filament showing recommended nozzle and bed temperatures for FDM printers.
Comparison chart and 3D prints showing that LANDU Hyper TPU 95A prints twice as fast as regular TPU in the same time frame.
Digital caliper measuring LANDU Hyper TPU 95A flexible filament ensuring precise 1.75mm diameter.
Collage of diverse 3D printed items made using LANDU Hyper TPU 95A including phone cases, insoles, and watch straps.

LANDU Hyper TPU 95A Filament 1.75mm 1kg

$47.99 USD
Color
Do I need to apply glue to my build plate for TPU?

Yes, absolutely. TPU adheres too well to PEI sheets, glass, and smooth build plates. If you print directly on the surface without a release agent (like a solid glue stick or Magigoo), the TPU can permanently bond and tear the coating off your bed during removal.

The page says it supports Bambu Lab AMS. Are there any special settings required?

Yes. Our Hyper TPU 95A is formulated with optimized stiffness to support AMS workflows. However, to ensure smooth feeding, keep your PTFE tubes as straight as possible, disable filament runout retractions if possible, and avoid printing models that require excessive, rapid retractions.

How do I prevent my TPU prints from severe stringing?

Stringing with TPU is primarily caused by moisture or incorrect retraction settings. First, dry the filament completely. Second, increase your travel speed and enable retraction (but keep the retraction distance short, typically 1-3mm) to prevent pressure build-up in the nozzle.

Do I really need to dry it if it's vacuum-sealed?

Yes. TPU is highly hygroscopic (absorbs moisture from the air quickly). Even though it arrives vacuum-sealed, we highly recommend drying it at 50-55 ℃ for 6-8 hours before your first print to guarantee a smooth, bubble-free surface.

What does Shore 95A hardness feel like?

Shore 95A is a semi-flexible material. It feels similar to a shopping cart wheel or a hard rubber shoe sole. It is highly durable and impact-resistant, capable of bending under force but stiff enough to feed smoothly through 3D printers.

Product introduction

LANDU Hyper TPU 95A Filament is a flexible 3D printing material designed for creators who need both elasticity and durability. With Shore 95A hardness, this TPU filament provides excellent impact resistance, strong layer adhesion and smooth printing performance. Optimized for high-speed printing up to 200mm/s, it is suitable for functional parts, protective accessories, flexible prototypes and everyday applications. Compatible with most 1.75mm FDM 3D printers, including Bambu Lab, Creality, Prusa and other popular printer brands.

Available in versatile color options including Black TPU Filament, White TPU Filament, Red TPU Filament, Blue TPU Filament, and Transparent TPU Filament, LANDU Hyper TPU 95A Filament helps makers create flexible and functional 3D printed parts with both durability and visual appeal. Whether you are printing protective cases, flexible connectors, wearable accessories, drone components, or custom prototypes, the wide color selection allows creators to match different design requirements without additional painting or finishing.

Key Features

  • High-Speed TPU Printing
    Optimized TPU formula supports faster printing speeds up to 200mm/s while maintaining stable extrusion performance.
  • Flexible & Durable
    Shore 95A hardness provides a balance of elasticity, toughness and impact resistance for functional applications.
  • Strong Layer Adhesion
    Provides reliable bonding between layers and smooth surface quality for durable printed parts.
  • Moisture-Controlled Quality
    Vacuum sealed after drying to help reduce moisture-related printing issues such as bubbles and inconsistent extrusion.
  • Wide Printer Compatibility
    Works with most 1.75mm FDM 3D printers including Bambu Lab, Creality, Prusa and more.

Recommended Applications

  • Phone cases
  • Protective covers
  • Drone bumpers
  • Shock absorption parts
  • Flexible connectors
  • Rubber-like prototypes
  • Cable organizers
  • Wear-resistant components
  • Sealing parts

Supports Bambu Lab AMS workflows for convenient filament management.

Physical Properties
Material TPU
Diameter 1.75 mm
Weight 1 kg (Net)
Diameter Tolerance ± 0.02 mm
Recommended Printing Settings
Printing Temperature 190–230 ℃
Heated Bed Temperature 45–60 ℃
Nozzle Recommendation 0.4 mm
Print Speed Up to 200 mm/s
Compatible Printers
Bambu Lab Verified
Creality Verified
Prusa Verified
Compatible with most FDM 3D printers using 1.75mm filament.
LANDU High Speed TPU 95A 3D printer filament spools in multiple colors displayed with flexible printed models like a shoe and sports balls. Hands demonstrating the superior shock absorption and extreme flexibility of LANDU TPU filament by squeezing a printed ball and gripping a bicycle handle. Comparison showing a high quality 3D printed Benchy boat made with LANDU High Speed TPU filament printing significantly faster than regular TPU. Suggested printing settings for LANDU High Speed TPU filament highlighting a fast printing speed of 60 to 90 millimeters per second for perfect flexible prints. Close up comparison showing LANDU TPU filament producing a clean string-free 3D printed red hex ball compared to the messy stringing of other brands. Wide real world applications of LANDU TPU 95A filament including 3D printed phone cases shoe insoles watch bands and bicycle grips. LANDU High Speed TPU 95A 3D printer filament spools in multiple colors displayed with flexible printed models like a shoe and sports balls. Hands demonstrating the superior shock absorption and extreme flexibility of LANDU TPU filament by squeezing a printed ball and gripping a bicycle handle. Comparison showing a high quality 3D printed Benchy boat made with LANDU High Speed TPU filament printing significantly faster than regular TPU. Suggested printing settings for LANDU High Speed TPU filament highlighting a fast printing speed of 60 to 90 millimeters per second for perfect flexible prints. Close up comparison showing LANDU TPU filament producing a clean string-free 3D printed red hex ball compared to the messy stringing of other brands. Wide real world applications of LANDU TPU 95A filament including 3D printed phone cases shoe insoles watch bands and bicycle grips.