Glow in the Dark EPDM Rubber Granules for Running Tracks & Safety Flooring

Upgrade your athletic facilities and night jogging trails with our premium Photoluminescent TPU/EPDM Rubber Granules. Engineered with 50% high-grade strontium aluminate glow powder, these self-luminous granules absorb ambient natural or artificial light during the day and emit a powerful glow at night. Fully tested to DIN 67510-1 standards, they deliver an impressive initial afterglow brightness of >1200 mcd/m² (after 10 min excitation), providing non-electric illumination, high elasticity, and superior safety for outdoor sports courts, parks, and playgrounds.

• Athletic Running Tracks & Night Jogging Trails: Creates clearly visible lane lines and decorative glowing pathways for evening runners.

• Kindergarten & Community Playgrounds: Adds attractive nighttime visual effects while improving safety around play equipment.

• Park Walkways & Fitness Paths: Delivers aesthetic, eco-friendly, energy-free illumination for landscape architecture and eco-parks.

• Pool Decks & Sports Courts: Provides anti-slip, shock-absorbing, light-storing rubber surfaces for multi-purpose venues.

Proven Ultra-High Brightness

Formulated with 50% strontium aluminate glow powder, our granules reach an outstanding brightness exceeding 1200 mcd/m² after just 10 minutes of light exposure, guaranteeing visible guidance all night long.

Premium TPU Elasticity & Durability

Unlike rigid glowing stones or cheap plastic chips, our TPU-based rubber granules maintain excellent shock absorption and elasticity, seamlessly bonding with PU binders without cracking under heavy foot traffic.

Eco-Friendly & Energy-Saving

Zero electricity consumption. The self-luminous system charges continuously under daylight, serving as a sustainable, zero-carbon lighting solution for modern smart cities.

Weather & UV Resistant

Specially treated for outdoor environments, resisting UV degradation, rain, and extreme temperature fluctuations without losing glow capability over years of high-frequency use.