We supply pickleball nets designed for permanent installation on concrete or asphalt driveways, engineered to meet the dimensional and load requirements of recreational and semi‑competitive play.
We supply pickleball nets designed for permanent installation on concrete or asphalt driveways, engineered to meet the dimensional and load requirements of recreational and semi‑competitive play.
Each net system consists of a high‑tensile polyethylene mesh, a galvanized steel frame, and a ground‑anchor kit that resists uplift from wind and ball impact.
The frame utilizes 48 mm oval tubing with a wall thickness of 2 mm, providing a bending resistance of approximately 1.8 kN·m under a 150 kg lateral load.
| Parameter | Typical Value | Adjustable Range |
|---|---|---|
| Net Height (center) | 0.914 m | ±0.02 m |
| Net Width | 6.10 m | ±0.05 m |
| Mesh Opening | 45 mm × 45 mm | Fixed |
| Frame Material | Hot‑dip galvanized steel (ISO 1461) | Optional stainless steel 304 |
| Ground Anchor Load Capacity | 2.5 kN per anchor | Up to 4 kN with optional steel plates |

The mesh is manufactured from UV‑stabilized high‑density polyethylene (HDPE) with a denier of 1500 D and a tensile strength of not less than 55 MPa.
Frame tubes are pre‑galvanized, then coated with a zinc‑rich primer and a polyester powder coat (minimum thickness 80 µm) to achieve a corrosion resistance rating of 500 hours salt spray per ASTM B117.
Anchor kits include M10 × 150 mm galvanized steel bolts, nylon washers, and a concrete‑set epoxy that develops a shear strength of 22 MPa after 24 h curing.
Driveway installations experience cyclic loading from ball impact (up to 30 J per strike) and wind uplift (up to 0.6 kN·m). The net’s mesh elongation under 500 N load remains below 2 %, ensuring consistent play height.
Typical use cases include residential recreation zones, community sports complexes, and school multi‑use courts where a permanent, low‑maintenance barrier is preferred over portable systems.
Because the frame is anchored directly into the substrate, there is no need for periodic re‑tensioning; maintenance is limited to annual visual inspection of the mesh and coating integrity.
Each batch undergoes tensile testing of the mesh per ASTM D5035, with a minimum average break force of 250 N per 50 mm width.
Frame tubes are inspected for coating thickness using a magnetic inductance gauge; acceptance criterion is ≥70 µm zinc plus ≥80 µm powder coat.
Anchor pull‑out resistance is verified on concrete cylinders (MPa 30) following ASTM C90, confirming a minimum ultimate load of 2.5 kN per anchor.
Yes. Net width, height, and frame length are adjustable per project requirements; custom lengths are quoted after receipt of site drawings.
We need driveway substrate type (concrete/asphalt), thickness, desired net dimensions, and any local wind load specifications.
Each shipment includes a test report covering mesh tensile strength, frame coating thickness, and anchor pull‑out resistance.
Frames are bundled with protective poly‑foam corners, mesh is rolled on a rigid core, and anchors are packed in sealed poly‑bags; palletized for LTL or FCL shipments.
Standard configurations ship within 3‑4 weeks after order confirmation; custom projects require 5‑6 weeks.