Premium Artificial Grass for WALK WAY (GREENY WALK WAY-FLORA)

Premium Woven Walkway Turf - GREENY WALKWAY Series
Designed Specifically for Walkways | Flow Weave Technology

A premium Thai-patterned artificial turf designed for walkways and decorative spaces seeking a unique aesthetic. Featuring the FLORA pattern, it creates a serene and contemporary Thai atmosphere. Engineered with advanced Flow Weave Technology, this turf provides total surface drainage without the need for perforation or latex coating. It offers exceptional water permeability, draining up to 10x faster than conventional artificial turf (19,600 mm/h compared to the standard 2,000 mm/h), and is durability-tested for over 40,000 cycles (EN 15306).

Pile Height 30 mm (Actual 1.8 cm): Provides a soft and comfortable underfoot feel.
Exclusive FLORA Thai Pattern: Creates a serene, minimalist atmosphere with a stand-out Thai identity.
Flow Weave Technology: Allows for 10x faster drainage compared to standard turf (Certified by EN 12616:2013, Method A).
Easy to Clean: Low maintenance; simply rinse with water to keep the surface clean and dirt-free.
Fire Retardant: Non-flammable and free from heavy metals, ensuring safety for both humans and pets.
Extreme Durability: Soft yet incredibly strong fibers with a turf withdrawal force 70% higher than standard models (ISO 4919 standard).
UV Protection: Built-in UV stabilizers prevent color fading, ensuring durability for outdoor installations.
Certified Quality: Meets the Thai Industrial Standard (TIS 2502-2553).
100% Recyclable: Made from fully recyclable materials, making it eco-friendly.
Long Lifespan: Designed to last 8-10 years.

Ideal for temples, churches, government offices, exhibitions, Thai restaurants, hotels, spas, resorts, or any space requiring the beauty and safety of premium Thai-style walkways.

Technical Specification (GREENY WALKWAY)
Pile Height	30 mm.
Dtex	8,000
Weave Structure	3_8w
Filament	512,000/sq.m
Pile Weight	1,888 g/sq.m(+/-10%)
Backing Weight	559 g/sq.m(+/-10%)
Total Carpet Weight	2,447 g/sq.m(+/-10%)