The net system is engineered for quick installation on residential courts while maintaining tournament‑grade tension stability. A powder‑coated steel frame provides corrosion resistance suitable for
The net system is engineered for quick installation on residential courts while maintaining tournament‑grade tension stability. A powder‑coated steel frame provides corrosion resistance suitable for outdoor exposure. All moving parts are sealed to prevent ingress of dust and moisture.
Primary uprights consist of 2 mm thick cold‑rolled steel tubing with a yield strength of approximately 350 MPa. Cross‑braces use 1.5 mm tubing to limit lateral deflection under load. Joints employ reinforced gussets welded with continuous fillet welds to achieve a shear capacity exceeding 2 kN per connection.
Height adjustment utilizes a dual‑pin sliding collar system integrated into each upright. Pins are hardened steel (HRC 55) with a 6 mm diameter, allowing incremental changes of 25 mm. A spring‑loaded detent ensures positive engagement and prevents accidental release during play.
Locking torque required to move the collar is approximately 12 Nm, providing sufficient resistance to withstand ball impact forces up to 150 N without slip.
| Parameter | Typical Value |
|---|---|
| Mesh material | Polyethylene, UV‑stabilized, 1.2 mm diameter |
| Mesh opening | 45 mm square |
| Net height (adjustable range) | 915 mm to 1065 mm |
| Net width | 6100 mm (standard court) |
| Top cable tension | 180 ± 20 N (adjustable via turnbuckle) |
| Weight (complete system) | 22 kg |

The adjustable net serves residential pickleball enthusiasts who require regulation height for competitive play and lower heights for youth or recreational sessions. Its portability also makes it suitable for multi‑use community centers where courts are converted for other sports.
Factory‑direct production allows modifications to frame dimensions, coating colors, and net material specifications without altering core mechanical design. Customers can request alternative mesh densities or reinforced edge tapes based on anticipated usage intensity.
Each frame undergoes dimensional inspection using coordinate‑measuring machines with a tolerance of ±0.5 mm on critical weld locations. Net tension is verified with a calibrated load cell before packaging. Visual inspection checks for coating uniformity, weld continuity, and fastener torque compliance.
Statistical process control monitors key parameters such as coating thickness and weld penetration, triggering corrective action if values deviate beyond established control limits (±2 σ).
Systems are packed in double‑wall corrugated cartons with internal polyethylene foam corners to protect frame ends. Nets are rolled on a rigid core and secured with biodegradable straps. Each package includes a printed assembly guide and a QR code linking to a video tutorial.
Palletized shipments use heat‑shrink wrap and corner boards, achieving a maximum stacking height of 1.2 m without deformation. Export containers are fitted with desiccant packs to maintain relative humidity below 50 % during transit.
Standard production lead time is 15 working days after receipt of approved technical drawings and material specifications. Sample units can be dispatched within 5 working days, with sample costs credited against subsequent orders.
Customers receive a first‑article inspection report detailing critical dimensions, coating adhesion (ASTM D3359), and net tensile strength (ASTM D5035) prior to full‑scale production.
For detailed specifications, customization requests, or to arrange a technical consultation, use the inquiry form below. Our engineering team will respond with a formal quotation and lead‑time confirmation within one business day.
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