Ruico Global offers acrylic latex specifically designed to meet the adhesion and weather-resistance needs of artificial turf applications. Unlike traditional adhesives, our acrylic latex provides robust bonding between turf layers while maintaining resilience in outdoor environments, even under prolonged exposure to sunlight, rain, and temperature variations.
One of the primary benefits of our acrylic latex is its strong adhesion capability. It ensures that turf layers remain securely attached to the backing material, preventing separation, curling, or shifting over time. This makes it ideal for professional sports fields, landscaping projects, and residential installations where long-term durability is a priority. In addition, acrylic latex exhibits superior weather resistance, helping maintain the original texture, color, and performance of artificial grass despite UV radiation or moisture exposure.
Comfortable installation is another critical consideration. Our acrylic latex formulations are available in low-odor versions, creating a safer and more pleasant working environment for installers and clients alike. This feature allows projects to proceed efficiently without compromising on safety or environmental standards.
Each batch produced in our international-standard facility undergoes strict quality control, ensuring consistency, reliability, and compliance with industry requirements. Beyond standard products, we also offer customized solutions to address specific project needs, whether for unique climate conditions, substrate types, or performance expectations.
By selecting Ruico Global’s acrylic latex, clients benefit from durable bonding, weather-resistant properties, and user-friendly installation, making it a dependable choice for artificial turf projects worldwide. Our team supports clients with technical guidance, sample provision, and advice for optimizing application techniques.
For more information on our acrylic latex solutions, visit www.ruicoglobal.com or contact [email protected] to discuss your artificial turf projects.