Infrastructure investment decisions increasingly focus on lifecycle cost rather than initial material price. SBR-modified bitumen systems contribute to lower total cost of ownership through improved durability, reduced maintenance, and extended service life. Elastic recovery and crack resistance red... read more
SBR latex-modified bitumen is widely used across multiple infrastructure applications, including road surfacing, bridge waterproofing, airport pavements, and industrial flooring. RF-7663 and RF-7664 are designed to support this application diversity. In cold mix asphalt, SBR latex improves workabili... read more
Stable processing behavior is essential for large-scale asphalt modification projects. RF-7663 and RF-7664 are engineered to maintain emulsion stability under typical storage, transport, and application conditions, provided that recommended handling guidelines are followed. Temperature control is a ... read more
Water damage is a major contributor to premature pavement failure. Moisture infiltration weakens the bond between bitumen and aggregate, stripping, potholes, and surface degradation. SBR latex modification significantly enhances water resistance, and RF-7663 / RF-7664 are designed with this objectiv... read more
Thermal cracking remains one of the common failure modes in asphalt pavements, particularly in regions with large temperature fluctuations. SBR-modified bitumen systems are widely adopted to address this challenge, and the ultra-low glass transition temperature of RF-7663 and RF-7664 plays a central... read more