Turf Nails (also known as artificial turf stakes or lawn fasteners) are specialized fixing tools designed for artificial turf installation, crafted from galvanized steel, stainless steel, or high-strength plastic. Characterized by "strong holding power, corrosion resistance, and easy installation," they primarily solve the pain points of "artificial turf shifting due to trampling or weather, loose edging, and unstable base fixation." Unlike ordinary nails (which lack corrosion resistance and are prone to pulling out), these artificial turf nails feature a sharpened tip for easy penetration into soil, gravel, or concrete bases, and a widened head to prevent sinking into the turf backing. Whether securing the edges of residential courtyard turf, fixing seams in large sports fields, or reinforcing turf laid on sloped surfaces, Turf Nails are the "core fasteners for long-term turf stability," ensuring artificial turf remains flat, non-shifting, and durable even in high-frequency use scenarios.
Key Application Scenarios
Residential Landscapes: Fixing artificial turf in courtyards, balconies, or rooftop gardens. Short plastic or galvanized nails are used for edging, while longer nails secure turf on sloped areas (e.g., backyard hillsides).
Sports & Leisure Areas: Installing turf in football fields, tennis courts, or children’s playgrounds. Stainless steel or heavy-duty galvanized nails withstand high trampling and ensure turf stays flat for safe play.
Commercial & Public Spaces: Securing turf in shopping mall atriums, hotel lobbies, or park walkways. Colored or low-profile nails enhance aesthetics, while corrosion-resistant options suit high-traffic, outdoor environments.
Wet & Coastal Areas: Turf around swimming pools, beachfront properties, or marinas benefits from stainless steel nails’ resistance to saltwater and humidity, preventing rust and failure.
Temporary Installations: Plastic nails are ideal for temporary turf setups (e.g., event venues, pop-up parks) due to easy removal and reusability, avoiding damage to underlying surfaces.
