Shoelaces Lahti Pro round black-red 150 cm L9040150

Shoelaces Lahti Pro round black-red 150 cm L9040150 are round, two-tone laces in black and red, designed for boots, work shoes and casual footwear that accept round laces. The 150 cm length provides sufficient overlap for most mid- and high-cut shoes. Constructed for everyday use, these laces are intended as a durable replacement for worn or broken laces and are easy to thread through eyelets and secure with standard knots.

Advantages

The round braided construction offers consistent thickness and smooth threading through eyelets, while the synthetic fibers resist fraying and maintain shape under repeated tying. The black-red color combination delivers a visible contrast suitable for work and casual styles. At 150 cm length the laces allow secure fastening and multiple knot options without excess slack in most boot and shoe types.

Suitable for

• Work boots and safety footwear with round-lace eyelets
• Hiking or outdoor boots requiring durable replacement laces
• Casual and street shoes that accept round laces and benefit from a two-tone look
• Replacement of worn or broken round shoelaces

Key specifications

• Shape: round braided lace
• Color: black and red (two-tone)
• Length: 150 cm
• Application: suitable for boots, work shoes and casual footwear
• Material: synthetic fibers designed to resist fraying (braided construction)

How to use

Thread the lace through the lowest pair of eyelets and continue alternating sides up the shoe, keeping even tension to ensure symmetrical lacing. Adjust lace length by selecting the appropriate knot and tighten progressively to achieve a secure fit. For boots, use the full length to wrap and tie above the ankle if additional support is required. Trim and seal the ends only if necessary to prevent fraying, taking care not to shorten below the required length for proper fastening.

Usage recommendations

Choose 150 cm length for mid- to high-cut footwear; for low-cut shoes consider shorter laces. Replace when fraying or core exposure occurs to maintain safe and reliable fastening.