When selecting artificial grass, one of the most critical factors is choosing the right fiber type, as it directly determines how long your lawn will endure and how well it resists daily wear.

There are three primary synthetic fibers used in artificial turf: 熊本 人工芝 polyethylene, polypropylene, and nylon — each offering distinct advantages and limitations.

Polyethylene is the most popular material for residential lawns due to its soft texture and natural-looking appearance.

It also offers strong resistance to ultraviolet radiation, helping to minimize color fading and degradation over extended sun exposure.

In settings where appearance and comfort outweigh extreme durability — like suburban yards — polyethylene is the preferred standard.

While polyethylene is sufficiently durable for daily family use, it may not withstand the constant pounding of high-traffic zones or commercial environments.

Polypropylene is typically employed in the backing or thatch layer to add structure, not as the primary blade fiber in high-end lawns.

Many mid-range artificial grass products combine polypropylene with polyethylene to reduce manufacturing costs while maintaining a decent appearance.

Its susceptibility to sunlight degradation limits its standalone use in outdoor areas with intense or continuous exposure.

It outperforms both polyethylene and polypropylene in terms of tensile strength, making it ideal for environments with heavy, continual use.

Nylon fibers retain their vertical structure far longer than other materials and resist flattening even under constant foot traffic.

Homeowners seeking a soft, cushioned lawn may find nylon’s firmness less appealing despite its longevity.

On hot days, nylon turf surfaces can become significantly hotter than polyethylene, potentially limiting usability during peak afternoon hours.

The durability hierarchy among common synthetic fibers is clear: nylon offers the greatest resilience, polyethylene provides solid mid-tier performance, and polypropylene ranks lowest.

But durability isn’t solely determined by fiber material — manufacturing factors like denier count, twist, and stitch density play equally critical roles.

Higher denier values and tighter tufting patterns generally translate to a longer-lasting, more resilient surface regardless of the fiber type.

Without a strong, stabilized backing, even the best fibers can sag, shift, or degrade prematurely.

The best fiber choice is not universal — it must align with your specific needs, usage patterns, and environmental conditions.

Polyethylene is the top recommendation for residential lawns where comfort, safety, and visual appeal are paramount.

The long-term performance and reduced need for replacement make nylon a cost-effective investment in demanding environments.

Use polypropylene only where appearance matters more than durability — or as a cost-saving component in multi-layered turf.

Don’t buy based on square footage alone; ask for technical specs, UV resistance ratings, and third-party durability certifications.

The right fiber isn’t just about looks — it’s about peace of mind, longevity, and lasting satisfaction.