Top Considerations for Architects Specifying Artificial Grass in Commercial Projects

As the use of artificial grass in commercial projects continues to grow, architects face increasing pressure to select products that balance aesthetics, performance, and practicality. From high-traffic urban spaces to low-maintenance decorative areas, specifying the right artificial grass is crucial to ensure long-lasting satisfaction for clients. This process involves carefully weighing several critical factors to align the material with the project’s unique requirements. Below, we delve into the essential considerations for architects when choosing artificial grass for commercial applications, offering insights that go beyond surface-level decision-making.

 

1. Traffic Levels Determine Material Requirements

The most important factor to consider is the level of foot traffic the area will experience. For high-traffic areas, such as public parks or commercial walkways, selecting a turf with advanced Instant Recovery® Technology is essential. This innovative feature, built with highly resilient nylon fibres, ensures the grass bounces back quickly after heavy use, maintaining its natural appearance over time.

High-traffic locations benefit significantly from nylon-based fibres, which are up to 40% more resilient than polyethylene and 22% more resilient than polypropylene. This strength ensures that areas subjected to continuous wear maintain their structural integrity and visual appeal. Moreover, these fibres recover rapidly from the compression caused by foot traffic or heavy furniture, making them ideal for spaces like sports fields, playgrounds, and event venues.

In contrast, low-traffic spaces designed for decorative purposes, such as office terraces or swimming pool surrounds, can forgo this feature. Instead, focus on selecting a product that prioritises aesthetics and fire safety. These areas require turf with a natural look and vibrant colours to enhance the space while ensuring minimal upkeep.

 

2. Fire Certification is Essential

Fire safety is a critical consideration in commercial projects. Architects should prioritise artificial turf products that meet stringent fire ratings, such as Cfl-s1 classification. This certification ensures the material is flame-retardant and suitable for use in public and commercial settings.

This aspect becomes especially crucial for indoor installations or public spaces where compliance with building safety standards is mandatory. Additionally, fire-resistant turf enhances safety in areas with potential ignition sources, such as outdoor kitchens or commercial event spaces, providing peace of mind for both designers and end users.

 

3. Backing Strength Ensures Longevity

The backing of artificial grass plays a vital role in its durability. For both high- and low-traffic areas, ensure the product has a secondary backing with at least 900 grams of latex per square metre. This high-quality backing prevents yarn loss, resists wear, and provides dimensional stability to withstand years of use.

A robust backing not only holds the fibres in place but also supports consistent performance under pressure. This ensures that the turf retains its shape and functionality over time. Poor-quality backings can lead to fibre loss and separation between layers, resulting in a patchy and uneven appearance that detracts from the overall aesthetics of the installation.

 

4. Drainage Performance Matters

Effective drainage is a universal requirement, regardless of traffic levels. Beyond functionality, effective drainage contributes to environmental sustainability by promoting long-term usability and reducing maintenance requirements, making it a crucial consideration in both urban and green-focused projects. Architects should specify products with a drainage capacity of at least 50 litres of water per minute, per square metre. This standard is ideal because it ensures rapid removal of water, preventing pooling even during intense storms. Comparable products with lower capacities often fail to maintain usability in such conditions, which can lead to deterioration and increased maintenance demands.

Proper drainage not only prevents waterlogging but also minimises the risk of mould growth and unpleasant odours. Where drainage is a problem, we highly recommend installing a permeable sub-base consisting of 20mm granite chipping. Drainage is particularly important for installations in areas with heavy rainfall or surface water run-off from any surrounding hard standings.

 

 

 

5. Fibre Material and Thickness for Durability

Different fibre materials offer varying levels of strength and resilience:

• Nylon: The most durable option, ideal for heavy-use applications and commercial spaces.
• Polyethylene: A balanced choice offering softness and strength, suitable for medium-use areas.
• Polypropylene: Best for decorative applications due to its lower resilience.

Additionally, fibre thickness (measured in microns) impacts the turf’s durability. Opt for thicker fibres to enhance resistance to wear and tear. Architects should also assess the structural design of the fibres, which can further influence performance and appearance in high-demand settings.

 

6. Pile Density and Height Tailored to Application

Pile density, measured in stitches per square metre, influences both durability and appearance. High-density turfs are better suited for intensive use, as the dense fibres support each other and recover more effectively from pressure. Meanwhile, pile height should be selected based on the desired look and functionality. Shorter piles offer a freshly cut look, while longer piles enhance a more natural appearance.

When specifying pile height and density, architects should consider the angle from which the turf will be viewed. High-density turfs are particularly advantageous for rooftop gardens or balconies, where the lawn’s appearance from directly above is critical. For event spaces, higher pile heights combined with dense stitching create a lush, premium aesthetic that leaves a lasting impression on attendees.

 

7. Environmental and Sustainable Considerations

Incorporate eco-friendly products wherever possible. Artificial grass with recyclable components, low water consumption, and UV-stabilised materials aligns with modern sustainability goals. NeoGrass, for example, plants a tree for every order, ensuring a greener future while offering high-quality solutions.

Sustainability considerations also include long-term durability, as products requiring less frequent replacement generate less waste over time. Architects can enhance their green credentials by choosing turf that not only meets functional requirements but also reduces environmental impact through innovative production methods and materials.

 

Conclusion: Partner with Experts for Best Results

Choosing the right artificial grass for commercial projects involves balancing aesthetics, functionality, and durability. By considering traffic levels, fire safety, backing strength, drainage, fibre properties, and sustainability, architects can specify products that meet and exceed client expectations.

Collaborating with trusted suppliers who understand the nuances of artificial grass technology ensures a smoother specification process. To experience the benefits of advanced artificial grass technology, request a sample from NeoGrass today by visiting our sample request page. For specific applications such as commercial and public spaces or swimming pool surrounds, browse our extensive range of high-quality products tailored to your project’s needs.

Architects can also contact us directly to discuss the specific requirements of their projects. Our team is ready to provide tailored recommendations and ensure you choose the best solution for your unique needs.