In padel court construction, artificial turf specifications directly affect surface behavior, maintenance requirements and the overall playing experience.
Pile height, yarn structure, Dtex, stitch density, backing and sand infill should be considered together rather than evaluated separately. The correct combination depends on the court type, expected frequency of use, indoor or outdoor installation and the required playing characteristics.
1. Pile Height
Padel court artificial turf commonly uses a relatively short pile compared with landscaping grass.
Typical pile heights are around 10–15mm, with 12mm being a commonly used option for many padel court systems.
Pile height can influence ball roll, sand distribution and surface feel, but it should not be considered independently. Yarn type, infill quantity and turf density also affect the final playing characteristics.
For this reason, the turf specification should be selected as a complete system rather than simply choosing the highest or lowest pile.
2. Yarn Dtex
Dtex is a measurement used to describe yarn mass and is commonly included in artificial turf specifications.
Padel turf may use yarn specifications around 8000–10000 Dtex, depending on the selected product design.
A higher Dtex value generally indicates a heavier yarn structure, but it does not automatically mean that one turf is more durable than another.
Durability also depends on factors such as yarn material, fiber shape, stitch density, backing construction and maintenance conditions.
3. Monofilament vs Fibrillated Yarn
Two common yarn structures used for sports turf are monofilament and fibrillated fibers.
Monofilament Yarn
Monofilament turf uses individual synthetic fibers and can create a clean, uniform surface appearance.
It is commonly selected for padel courts where a compact surface and consistent fiber structure are required.
Fibrillated Yarn
Fibrillated yarn is manufactured as a wider tape that splits into a network-like structure during use.
It can provide different sand-retention and surface characteristics compared with monofilament turf.
The better choice depends on the required playing style, maintenance plan and court specification.
4. Quartz Sand Infill
Quartz sand is commonly used as infill in padel court artificial turf.
A typical particle size may be around 0.2–0.8mm, depending on the turf system.
The sand helps support the fibers, adds weight to the surface and influences ball roll and surface stability.
The required quantity should follow the turf manufacturer's specification because too much or too little sand can change the performance of the playing surface.
5. Turf Backing
The backing keeps the yarn fixed in position and contributes to the dimensional stability of the turf.
Many artificial turf products use a primary woven backing together with a secondary coating such as latex, SBR or PU, depending on the product design.
The final backing system affects fiber retention, installation behavior and long-term dimensional stability.
For commercial padel courts, backing quality should be considered together with yarn specification and stitch density.
6. Stitch Density
Stitch density refers to the number of tufting points or stitches within a defined area.
Padel turf specifications may fall within ranges such as 40,000–60,000 stitches/m², depending on the model.
Higher density can create a fuller surface, but density alone should not be used to judge turf quality.
The correct balance between pile height, Dtex, stitch density and sand infill is more important than maximizing a single parameter.
7. Roll Width, Drainage and UV Requirements
Several additional specifications should also be considered when selecting padel court turf.
Roll Width
Common roll widths can range from around 2m to 4.5m, depending on production and installation requirements.
Roll dimensions affect transportation, seam layout and installation planning.
Drainage
Outdoor padel turf should be used together with a properly designed drainage base.
Drainage performance depends not only on the turf itself but also on the backing, drainage holes and sub-base construction.
UV Resistance
For outdoor projects, UV-resistant yarn and suitable stabilizers can help reduce fading and material degradation caused by long-term sunlight exposure.
Where a specific UV-aging value or test duration is required, buyers should request the relevant product test data rather than relying on a general claim.
How to Select Padel Court Turf
The correct turf specification should be based on the complete project rather than one individual number.
For a quotation or product recommendation, buyers should normally provide:
- Indoor or outdoor court
- Required pile height
- Preferred yarn type
- Roll dimensions
- Color
- Expected usage frequency
- Project quantity
- Destination
This information helps the supplier recommend a suitable turf configuration for the court.
Conclusion
Padel turf performance depends on the interaction between pile height, yarn structure, Dtex, stitch density, backing, quartz sand and installation quality.
Rather than choosing turf only by one specification, project buyers should evaluate the full system according to court use, installation environment and maintenance requirements.
For padel court projects, MIGO can supply artificial turf together with glass, steel structures, welded mesh and related accessories.
