Still In Black 100cm White Laces

Still In Black 100cm White Laces (Sizes 28 to 37)

A loose or slipping shoelace during an intense rally can disrupt your rhythm and compromise your footing. The Still In Black laces are meticulously engineered for racket sports, including tennis, padel, pickleball, table tennis, and badminton, effectively rejuvenating the lacing performance of your footwear and ensuring optimal stability.

Key Technical Features

• Optimised Oval Cross-Section: Designed to provide superior grip within the eyelet compared to traditional round laces, ensuring a consistently secure fit during rapid directional changes and dynamic movements.
• 100% High-Density Braided Polyester: A tightly woven construction that offers exceptional resistance to repeated friction within shoe eyelets, guaranteeing enhanced durability and longevity.
• Durable Plastic Aglets: Facilitate effortless threading through eyelets, even for intricate lacing patterns, preventing fraying and simplifying the lacing process.
• 100cm Length: Specifically suited for shoe sizes 28 to 37, ensuring a perfect fit for a wide range of junior and smaller adult footwear.
• Classic White Colour: Versatile and easily complements a wide array of sports footwear, maintaining a professional and clean aesthetic.

Selecting the Correct Length

Still In Black recommends the 100cm variant for shoe sizes ranging from 28 to 37, and also for footwear featuring a higher lacing system, such as specific padel models that require additional support. The brand also offers standard lengths of 120cm and 140cm for larger sizes. For optimal selection, it is recommended to measure the original laces from your current footwear to ensure the perfect replacement length.

Maintenance Guidelines

To maintain the pristine condition and structural integrity of your laces over time, hand wash them with a mild soap and allow them to air dry completely. This method helps preserve the material's integrity and colour. Machine washing is not advised as it may compromise the lace structure and aglet durability.