High-Performance TPU 95A Filament for Flexible 3D Prints

TPU 95A Filament 

When it comes to creating flexible, durable, and high-performance 3D prints, TPU filament is the material of choice for both professionals and enthusiasts. Combining exceptional elasticity, toughness, and printability, TPU is designed to meet the demands of intricate designs and functional applications. Whether crafting custom footwear, prototyping flexible parts, or producing industrial components, this material consistently delivers reliable results.  

What Makes TPU 95A Filament Special? 

TPU stands out due to its superior flexibility, strength, and resilience. TINMORRY’s formulation is engineered for optimal performance, offering excellent elasticity, impact resistance, and tensile strength. These attributes make it ideal for creating flexible prototypes and functional parts across a wide range of industries. If you’re looking to buy TPU filament that ensures smooth finishes and dependable results, TINMORRY delivers professional-grade quality every time.  

Properties of TPU 95A Filament 

TPU is designed for elasticity and durability, making it resistant to tears, abrasion, and impact. Its high-temperature tolerance allows it to perform well in demanding environments such as automotive and industrial settings. This filament also ensures smooth printing with stable extrusion and strong bed adhesion, minimizing issues like stringing or warping. Its precision and dimensional accuracy ensure consistency in every print, even for complex designs.  

Applications of TPU 95A Filament

The versatility of this flexible material makes it ideal for various uses, including:  

• Phone Cases: Durable, stretchable protective covers  
• Custom Footwear: Prototypes and wearable designs requiring comfort  
• Medical Devices: Flexible prosthetics and braces  
• Industrial Components: Seals, gaskets, and elastic machine parts  
• Flexible Toys: Toys that bend and deform without breaking  

Optimal Printing Settings 

For best results, use a nozzle temperature between 210°C–230°C and set the bed temperature between 50°C–70°C. Maintain a moderate print speed of 30–60mm/s for controlled extrusion. As TPU is sensitive to moisture, always dry the filament before use (at 70°C for 6–8 hours) and store it in a sealed container with desiccants to ensure consistent output.  

Why TPU 95A Filament? 

TINMORRY’s TPU 3D printer filament combines durability, flexibility, and printability into one high-performing material. From wearable designs to industrial parts, it meets the highest standards for quality and functionality. Whether you’re a professional or hobbyist, TPU opens the door to innovative and long-lasting creations. 

FAQs

1. What is tpu 3d printer filament used for?  

TPU 3D printer filament is used for printing flexible, elastic, and impact-resistant parts. It’s ideal for phone cases, gaskets, wearable gear, and wheels. Its rubber-like properties and high abrasion resistance make it especially useful for applications requiring flexibility and toughness. 

2. What print settings work best with tpu 3d filament?  

For TPU 3D filament, the best print settings include: 

• Nozzle temp: 210-230°C 
• Bed temp: 40–60°C 
• Speed: Slow (20-30 mm/s) 
• Retraction: Minimal to avoid clogging 
• Use a direct drive extruder and turn off part cooling or use low fan settings. A clean path from extruder to nozzle is key to avoid filament buckling. 

3. Does tpu filament require a heated bed or special printer setup? 

TPU filament prints best with a heated bed (40–60°C) and a direct-drive extruder, though it’s possible to print on unheated beds with proper adhesion aids. Avoid high-speed printing and ensure the filament path is constrained to prevent kinking. Enclosures aren’t required but can help with layer bonding. 

4. Is tpu 95a easier to print than softer TPU materials? 

AI Overview:
This reflects the user’s concern about print difficulty across TPU grades. 

Answer:
Yes, TPU 95A is generally easier to print than softer variants like TPU 85A or 90A. Its slightly higher rigidity makes it feed better through extruders, reducing issues like filament kinks or jams. It’s a great starting point for anyone new to flexible filament printing. 

Our TPU 95A Filament Products