Overview of KS L 2521 Intermix Glass Beads
KS L 2521 intermix glass beads are produced to meet South Korean standard that specifies requirements for glass beads used in road marking paints. KS L 2521 glass beads are engineered to significantly improve the visibility of road markings by reflecting light back towards its source—typically vehicle headlights. These beads meet rigorous quality and performance requirements. They are instrumental in enhancing road safety by making lane markings, crosswalks more discernible, especially during adverse weather conditions.
Specifications and Technical Data
Parameter | Details |
---|---|
Composition | High-quality glass |
Appearance | Transparent, colorless |
Shape | Spherical |
Refractive Index | ≥1.5 |
Size Range | 150 – 1400 microns |
Roundness | ≥80 |
Hardness | 6-7 Moh’s |
Coating Types | Moisture proof coating, Flotation coating, Adhesion coating |
Application Method | Mixed directly into paint |
Durability | Maintains reflectivity for 1 – 3 years depending on use |
Standards | KS L 2521 |
Benefits of Using KS L 2521 Intermix Glass Beads
Enhanced Visibility in Low-Light Conditions
One of the primary benefits of KS L 2521 intermix glass beads is their ability to significantly enhance visibility of road markings during nighttime or inclement weather. By reflecting light from vehicle headlights, these beads improve driver awareness and reduce the risk of accidents.
Long-Term Durability
These glass beads are designed to withstand heavy traffic and harsh environmental conditions, maintaining their reflective properties over extended periods. This durability reduces the need for frequent maintenance, offering cost-effectiveness for road marking projects.
Compliance with Standards
Manufactured according to KS L 2521 standards, these beads adhere to strict quality control measures, ensuring consistency and reliability in road safety applications. Their compliance facilitates seamless integration into road marking projects across Korea.
Versatility in Application
KS L 2521 intermix glass beads are compatible with various types of road marking materials, including epoxy and thermoplastic paints. This versatility allows for flexible application methods while maintaining high levels of reflectivity and durability.
Features of KS L 2521 Intermix Glass Beads
High Reflectivity and Uniformity
These beads are renowned for their high reflectivity, ensuring superior visibility of road markings under diverse lighting conditions. Their uniform particle size distribution minimizes surface irregularities, enhancing the aesthetic appeal of road markings.
Environmental Considerations
Made from environmentally friendly materials, such as recycled glass, KS L 2521 intermix glass beads support sustainable practices in road construction and maintenance. Their eco-friendly composition aligns with global efforts to reduce environmental impact.
Ease of Application
Their intermix design allows for easy incorporation into various road marking materials, ensuring uniform dispersion and maximum reflectivity. This ease of application enhances operational efficiency during road marking projects.
FAQs about KS L 2521 Intermix Glass Beads
What are KS L 2521 intermix glass beads?
They are highly reflective glass beads used in road markings to enhance visibility, particularly at night.
How do these beads improve road safety?
By reflecting light from vehicle headlights, they make road markings more visible, reducing the likelihood of accidents.
Are KS L 2521 beads durable?
Yes, they are designed to withstand wear from traffic and adverse weather conditions, maintaining their reflective properties over time.
Where can I purchase KS L 2521 intermix glass beads?
Top suppliers include Swarco, Potters Industries, Jinan Jingyu Glass Bead Co., and 3M Traffic Safety Systems.
What sizes are available for KS L 2521 beads?
They range from 75 µm to 850 µm, catering to various road marking requirements.
Do KS L 2521 beads comply with Korean standards?
Yes, they adhere to KS L 2521 standards, ensuring quality and performance in road marking applications.