Post-industrial turf materials generated during manufacturing are collected and reprocessed on-site into reusable raw material for new products. Our Starlinger Recostar recycling equipment keeps usable material in circulation and reduces reliance on virgin resource extraction.
Built for Performance. Designed with Responsibility.
Sprinturf integrates sustainability into every phase of a project, from material sourcing through end-of-life recovery. We use renewable resources thoughtfully and reduce waste at every step. Through targeted capital investments and practical innovation, we are driving progress toward better recycling and material repurposing. The result is long-term value for the communities that rely on our fields.
On-Site Material Recycling
Field Removal and Material Recovery
Sprinturf supports efficient field removal processes that recover and reuse turf and infill materials during replacement. Equipment such as the Turf Muncher, which effectively cuts end-of-life turf and separates the infill for repurposing, we extend material life and help divert waste from landfills.
Bio-Based Backing Systems
Replacing petroleum-based urethane with backing derived from castor oil, Sprinturf reduces reliance on fossil fuel-based inputs while delivering equal or better long-term structural performance.
ISO 9001-Certified Manufacturing
Sprinturf operates under ISO 9001-certified processes to ensure consistent quality, reduce defects, and improve manufacturing efficiency. These systems support better material use and more reliable long-term performance.
Organic Infill Materials
100% plant-based infill made from cork and olive cores uses renewable materials that are naturally replenished. It supports a more sustainable lifecycle and delivers cooler field temperatures comparable to natural grass.
Impact
Sprinturf systems are designed to perform over time with fewer ongoing inputs. Fields require no watering, fertilizers, or mowing, and support significantly more play hours than natural grass. In-house installation teams, consistent manufacturing processes, and engineered drainage systems contribute to field longevity, reduced maintenance, and reliable playability.
