In padel retail, displays and holders are exposed to constant use: rackets being moved, accidental knocks, pressure, friction, weight and changes in temperature and lighting. Choosing the right material is not a minor technical detail; it is the key to ensure durability, hardness and safety in the shop.

Shelf2000 produces its padel racket holders in industrial ABS, and not in PLA or PETG, for very specific reasons that directly impact the quality and service life of the product.

1. Superior hardness and mechanical resistance

Padel racket holders must withstand:

• The weight of rackets from different ranges.
• Accidental knocks from customers and staff.
• Constant changes and rotation of products.
• The tension of the wall, slatwall or mesh where they are mounted.

ABS: the most suitable material for professional holders

ABS offers:

• High impact resistance without breaking.
• Real hardness, without becoming brittle over time.
• Stable shape even under continuous load.
• The possibility of being screwed and handled without cracking.

PLA is rigid but brittle and tends to crack under impact or lateral forces. PETG is stronger than PLA, but softer than ABS and may bend or deform over time under load.

2. Thermal stability in shops and clubs

Holders do not work in a laboratory but in real shops and padel clubs, with:

• LED spotlights and lighting that generate heat.
• Warm indoor court environments.
• Long exposure to temperature changes.

ABS maintains its shape and mechanical properties within the normal temperature range of commercial environments. It does not soften or warp due to ambient heat or lighting in the store.

PLA can deform at relatively low temperatures, which makes it unsuitable for professional displays. PETG copes better with heat than PLA, but still offers less thermal stability than ABS.

3. True long-term durability

A professional holder must last for years, not just months. That is why Shelf2000 uses ABS:

• It does not absorb moisture or easily degrade.
• It does not become brittle over time.
• It keeps its stiffness even after thousands of uses.
• It maintains a clean and functional look day after day.

PLA tends to degrade and lose strength, especially under variable temperature and humidity. PETG performs better than PLA, but can still deform under continuous load, which is critical in holders that always work under weight.

4. Professional finish and racket protection

Shelf2000 holders combine high-quality ABS with EVA foam, providing:

• Full protection of the racket frame against knocks and friction.
• Firm grip without scratching the surface.
• A clean, uniform and professional presentation.

ABS allows a more precise and resistant finish than PLA or PETG, especially in critical areas such as edges, supports and contact points with the racket.

5. Safety and reliability for the end customer

A holder that breaks or deforms:

• Creates a poor image of the shop or club.
• Can damage the racket.
• Must be replaced, generating extra cost and inconvenience.

Thanks to ABS, Shelf2000 holders:

• Do not break in a sharp, brittle way as PLA can.
• Do not soften or bend like some PETG mounts under long-term load.
• Maintain their integrity even under unexpected stress.

6. Comparison for padel shops and clubs

Conclusion

When the goal is to offer professional retail equipment for padel shops and clubs, ABS is the material that ensures Shelf2000 holders deliver hardness, thermal stability and a long service life.

PLA and PETG may be valid for prototypes or home use, but for a professional padel racket display that must withstand daily use, ABS remains the benchmark and the choice of Shelf2000.