Net post ratchet

• Tennis net in 4mm thick polypropylene with upper PVC tape and lateral and lower reinforcements, customized with screen printing, with the logo provided by the client.

Minimum 10 units.

• Made with High Tenacity Polypropylene Thread
• 4mm thick net, 43mm mesh width.
• White PVC top band,
• Black polyester trim on the sides and bottom of the net.
• One eyelet in each upper corner of the net
• 3mm double tension cord.
• 6mm plastic-coated steel cable

3mm knotless propiprotileno mesh, made with perimeter finish.
Installation not included.

Size: 2x14mt

Color: black.

3mm knotless propiprotileno mesh, made with perimeter finish.

Size: 3x20mt

Color: black.

3mm knotless polypropylene mesh, manufactured, with perimeter finish.

Size: 3x16mt

Color: black.

Made with high-tenacity polypropylene thread, 3mm thick net, 43mm mesh width. White PVC top band, black polyester trim on the sides and bottom of the net. An eyelet in each upper corner of the net and 3mm double tension cord. 5mm plastic-coated steel cable.

Customized with screen printing, with the logo provided by the client.

Minimum 10 units.

3mm knotless propiprotileno mesh, manufactured, with perimeter finish.

Size: 2x20mt

Color: black.

Textile anti-weed mesh, made of polypropylene.

It is applied as an anti-weed sheet, for artificial grass base, professional growers, gardeners.

Roll size:
1.50x20mt = €46

1.50x40mt = €75

2.10x100mt = €180

* Other sizes or thicknesses consult

Ratchet for tensioning the paddle tennis net

• Description: Modo ECO-PLAST model bench made of high-quality polypropylene. Materials: Seat and backrest in Polypropylene.

Legs: High-density polyethylene + Fiberglass

– UV treated.

– Maintenance-free.

– Anti-graffiti.

– High robustness.

– Stainless steel screws.

– Packaging: Palletized and plasticized.

Roller with built-in cleaning brush.

Capacity 330L

Working width 1MT.

Painted with oven drying.

Stainless bearings.

For manual use or for multi-tool.

Spare parts for tennis net posts – Wrench for tensioning mechanism