Sequoia Ultra Light

Yarn

Backing

Structural Performance

Sequoia Ultra Light provides basic durability with some limitations under heavier use. Polyethylene fibers offer good durability with moderate resistance to wear and deformation, while optimal turf density provides strong structural support and excellent resistance to compression and wear, optimal pile height balances flexibility and structural stability, maximizing long-term durability. Lower yarn denier indicates thinner fibers with reduced resistance to wear and deformation.

Moderate drainage allows partial flow but may retain moisture under load.

Safety

Sequoia Ultra Light may support accessible use, but no formal ADA compliance documentation is available. Moderate density supports accessibility with minor variation. Lower drainage may lead to moisture retention, affectinging usability.

Sequoia Ultra Light by Everlast is prone to heat buildup and may reach higher surface temperatures. Moderate pile height allows airflow and reduces heat retention, while polyethylene fibers reduce heat retention compared to other materials. No infrared-reflective technology is specified, which may increase heat retention.

Comfort / Experience

Sequoia Ultra Light provides a soft and cushioned surface feel. Moderate pile height (1.25") allows balanced fiber movement, contributing to a more comfortable surface.

Sequoia Ultra Light by Everlast provides a reasonably natural appearance, though some uniformity may be visible. Multiple thatch tones enhance depth and closely mimic the layered look of natural grass, while moderate pile height provides a balanced and natural-looking surface profile and balanced turf density creates natural fullness and visual depth, closely resembling real grass. Uniform blade shape may limit texture variation, making the surface appear more artificial.

Maitenance Scores

Sequoia Ultra Light provides moderate maintenance requirements with manageable cleaning effort. Polyethylene fibers reduce debris adhesion and support easier cleaning. Higher turf density may increase surface fullness but can make debris removal more difficult.

Sequoia Ultra Light by Everlast provides moderate debris resistance with some accumulation over time. Moderate pile height supports good debris movement with manageable buildup.

Sequoia Ultra Light provides moderate resistance to matting under typical use conditions. Optimal turf density provides strong support and improves resistance to matting, while moderate pile height maintains good resistance to matting. Thinner yarn fibers bend more easily, increasing the likelihood of matting.

Warranty

SGW offers tiered warranties - 15-year for landscape turf and 3–8 years for putting greens-covering material defects, UV degradation, and abnormal fiber breakdown under normal use, but like most turf warranties, it is limited to material protection only, excluding installation issues, misuse, environmental damage, matting from traffic, and heat damage from window reflection, with claims typically restricted to repair, replacement, or material credit rather than full project coverage. Everlast warranty

Manufactured Rolls

Installation Efficiency

Sequoia Ultra Light offers strong backing stability with good resistance to movement and deformation. High-performance secondary backing materials enhance structural integrity and improve fiber lock, while high tuft bind strength securely anchors fibers, reducing pull-out and improving stability, woven or advanced backing construction enhances dimensional stability and structural consistency.

Sequoia Ultra Light by Everlast allows precise seam alignment with minimal visibility when installed correctly. Tight stitch gauge allows precise alignment and improves seam invisibility, while moderate pile height allows good seam blending, optimal density improves fiber blending and seam concealment.

Sequoia Ultra Light offers good cutting performance with manageable effort. Moderate pile height allows controlled and accurate cutting, while lower face weight reduces material density and improves cutting ease. Rigid backing materials may increase resistance during cutting.

Application Fit