Abma Cord Glow In The Dark Paracord 550 4mm 30m Luminous 9 Strands Nylon Rope Max. 250kg (550lbs)

GLOW IN THE DARK: In dark environments, thanks to its special luminous material, this paracord continuously emits a clearly visible light, significantly improving visibility for nighttime use and making it easier to accurately position the cord. This effectively ensures safety during outdoor activities, making it an essential tool for low-light scenarios such as nighttime camping and wilderness survival. PREMIUM MATERIAL: Our 4mm paracord is made of a composite of 9 high-strength nylon inner cores and a 32 strands precision polyester outer layer. Each inner core is reinforced with 3 yarns of nylon thread twisted together, giving the rope excellent toughness, impact resistance, and durability, meeting the load-bearing and safety requirements of professional-grade outdoor activities. PARACORD 550: The glow in the dark paracord is Ø 4mm x 30m. Its lightweight design combines the excellent load-bearing capacity of type iii paracord, which can withstand a weight of up to 250kg (550lbs). Through special processes, it achieves multiple protections such as UV resistance, mildew and corrosion resistance, meeting the diverse needs of outdoor scenarios such as mountaineering and camping. MULTI-PURPOSE: Paracord suits outdoor scenarios like tents, camping, boating, hunting, and survival equipment. It also crafts decorative items such as bracelets, handle wraps, belts, and lanyards. Its glow-in-the-dark function is practical in dim environments, providing safety markers for night runners and locating items like keys and backpacks. It's a powerful assistant in outdoor activities and daily life. HOW TO USE: For best results, place the luminous paracord in direct sunlight or a strong light source to fully absorb for several hours before use. Once activated, it will emit light continuously, but the brightness will gradually decrease over time. Note that ambient light such as moonlight and streetlights will significantly reduce its visibility, and its brightness will never reach the intensity of a light source.