What Unveil Form ShoeFlex 9075A TPU Filament Is

Unveil Form ShoeFlex 9075A is a soft TPU 3D printing filament in 1.75 mm format with a 0.75 kg spool and Lavender colour. The flexible material is suited to printed parts that need to bend, compress, and handle repeated movement better than rigid filaments such as PLA or PETG.

The 75A Shore hardness places this TPU in a very soft range, making it a practical choice for applications where comfort, grip, cushioning, or impact absorption matter. For makers and product developers, ShoeFlex 9075A supports parts that need a rubber-like feel rather than a hard plastic finish.

Key Features and Benefits of 75A TPU Filament

• Very soft flexibility: The 75A hardness supports highly bendable prints for compressible and elastic parts.
• 1.75 mm filament format: The standard diameter fits a wide range of FDM/FFF 3D printers designed for 1.75 mm material.
• Lavender colour: The soft purple tone is suitable for visible end-use parts, concept models, and aesthetic prototypes.
• TPU durability: TPU is valued for combining flexibility with abrasion resistance and repeated-use performance.
• Useful for functional prints: The material suits parts that need grip, protection, shock absorption, or user contact comfort.

How ShoeFlex 9075A TPU Is Commonly Used

Soft TPU filament is well suited to flexible consumer product parts, wearable components, protective sleeves, soft-touch covers, and cushioning features. The material's rubber-like behaviour also makes it useful for prototypes that need to simulate elastomer parts during design testing.

For makers, educators, and small product teams, Unveil Form ShoeFlex 9075A is a practical option for exploring soft-structure printing without moving into moulded silicone workflows. The filament can also support custom grips, anti-slip contact points, and bendable design elements that would be difficult to achieve with rigid materials.

Who This TPU Filament Suits

This Lavender TPU filament fits users who need a softer material than standard flexible filaments. It is particularly relevant for projects where tactile feel, flexibility, and visible colour all matter, including wearable concepts, ergonomic accessories, and creative prototype work.