Artificial Grass: Production Process, Structure and Applications

Artificial grass is a mainstream alternative to natural grass for sports venues, landscape projects, playgrounds and commercial spaces. Featuring realistic appearance, outstanding durability and stable performance, it requires far-less daily maintenance than natural grass. Understanding the composition and production process helps buyers, contractors and project owners select suitable products for projects.

Artificial grass (synthetic turf) is a man-made surfacing material simulating the look and performance of natural grass.

Main components: synthetic grass yarn, primary backing, secondary backing, coating adhesive, infill materials (optional as required).

Grass yarn is mostly made of polyethylene (PE) or polypropylene (PP). Polyethylene is preferred for sports fields for its balanced softness, resilience, durability and outdoor weather resistance.

Suitable for football pitches, rugby fields, baseball courts, multi-purpose sports grounds and training pitches. High-strength yarn with proper pile height and resilience is adopted; sand or other infill can be used to enhance field stability.

Widely applied in gardens, villas, hotels, commercial complexes, rooftops, balconies and public areas. It stays green all year round without mowing, watering or fertilizing.

Priority shall be given to yarn softness, resilience, drainage, UV-resistance and impact protection. Shock pads can be matched to meet fall-safety requirements.

Ideal for private gardens, terraces, pet zones and other areas hard to maintain with natural grass. Low-maintenance and permanently green.

Artificial grass is widely used in sports, landscaping, playground, commercial and residential sectors, with customizable yarn specification, pile height, density and backing. For importers and engineering contractors, mastering core parameters helps deliver durable, attractive and reliable artificial-grass solutions for projects.