What Unveil Form ShoeFlex 9075A TPU filament is for

Unveil Form ShoeFlex 9075A is a beige 1.75 mm TPU filament designed for flexible 3D printing. The 90 Shore A material profile suits prints that need bend, impact resistance, and better durability than rigid everyday filaments.

The 0.75 kg spool format fits makers, prototyping workflows, and short-run production of soft parts. TPU is a strong choice when printed components need to flex repeatedly, absorb bumps, or provide a more comfortable contact surface.

Key features of Beige ShoeFlex 9075A

• Flexible TPU material: Produces parts that bend instead of cracking under normal use.
• 90 Shore A hardness: Balances softness and structure for functional flexible parts.
• 1.75 mm filament size: Compatible with the most common desktop FDM/FFF filament format.
• Beige colour: Useful for footwear concepts, wearables, neutral-toned product parts, and visual mock-ups.
• 0.75 kg spool: Practical for prototyping, material testing, and application-specific printing.

Benefits for flexible 3D printed parts

TPU is well suited to parts that need elasticity, abrasion resistance, and a degree of shock absorption. Compared with rigid filaments, TPU is better for living flexibility, squeeze-friendly designs, and components that need to conform slightly during use.

ShoeFlex 9075A is especially relevant for printed items where comfort, grip, or resilience matters. Flexible filament also works well for parts that must tolerate vibration, repeated handling, or light deformation in service.

Common use cases for 90A TPU filament

• Footwear prototyping: Insoles, pads, heel supports, and flexible concept components.
• Protective parts: Corner guards, bumpers, sleeves, and anti-scratch contact points.
• Soft-touch accessories: Grips, straps, tabs, and wearable add-ons.
• Functional workshop parts: Gaskets, vibration-damping feet, seals, and flexible spacers.
• Product development: Testing fit and function for parts that need compliance rather than full rigidity.

What to expect when printing TPU

Flexible TPU generally prints best at slower speeds than PLA or PETG. A well-controlled filament path, moderate temperatures, and dry material help the filament feed smoothly and reduce stringing.

For users searching for a 1.75 mm TPU filament for flexible prints or a beige TPU for footwear-style prototypes, ShoeFlex 9075A fits applications where bendability and durability matter more than stiffness.