儿童攀爬网
Rope and steel-cable climbing structures — pyramids, domes, spider nets and vertical towers — offering high play value per square metre of use zone.
Definition
A climbing net is a play structure made from ropes or steel-cable ropes connected at intersection nodes, forming a flexible three-dimensional lattice that children climb. Unlike rigid climbing frames, the lattice deflects under load, so the structure is classified as a flexible play element with its own fall-height and use-zone rules under EN 1176-11 and ASTM F1487.
| Rope | 6-strand steel-cable-core, 16 mm or 18 mm, polyester or polypropylene outer |
|---|---|
| Rope core | Galvanised or stainless steel cable |
| Nodes / connectors | Die-cast aluminium or stainless steel, cross-clamp type |
| Structural posts | Hot-dip galvanised steel, powder coated |
| Configurations | Pyramid, dome, spider, vertical tower, horizontal net tunnel, inclined net |
| Height range | Typically 2 m to 8 m; taller structures need engineering certification |
| Fall height | Measured from the highest accessible point of the net |
| Standards | EN 1176-1, EN 1176-11, ASTM F1487 |
EN 1176-11 is the dedicated European standard for spatial networks and applies in addition to EN 1176-1. It sets requirements for rope diameter, node strength, mesh opening size and the distance between the net and any rigid element.
ASTM F1487 covers net structures under its general provisions and, like EN 1176, requires a use zone based on fall height.
Mesh opening size is the critical entrapment parameter — openings must pass either a small head probe or a large body probe, never in between. On nets this is where most non-compliance is found.
For structures above roughly 3 m, expect to provide a structural calculation; some markets additionally require a site-specific engineer sign-off even where the product is type-tested.
These apply to any supplier, including us. A quote that cannot answer them is not yet a quote.
The standard is 6-strand steel-cable-core rope, usually 16 mm or 18 mm diameter, with a galvanised or stainless steel cable core covered by polyester or UV-stabilised polypropylene. The steel core carries the structural load and limits stretch; the polymer outer provides grip and protects the cable. Rope without a steel core is not appropriate for commercial play structures.
EN 1176-11 is the part of the European playground equipment standard that specifically covers spatial networks — climbing nets, rope pyramids and similar flexible rope structures. It applies in addition to EN 1176-1, not instead of it. Because it is a separate part, a supplier claiming "EN 1176 compliant" may only have tested against part 1; for a net structure you should ask specifically about part 11.
There is no fixed ceiling in the standards, but structures above roughly 3 m require a structural calculation, and taller structures increasingly require site-specific engineer sign-off even when the product is type-tested. Practically, height is limited by the fall height that the safety surfacing can attenuate and by the maintenance access required for rope inspection.
It depends on UV exposure, usage intensity and rope construction, and the honest answer is that it should be determined by inspection rather than by a fixed calendar. What matters at procurement is whether individual ropes can be replaced without dismantling the structure, and whether the rope specification will still be available in five to ten years.
Send your site dimensions, the age group you are designing for and your target budget. We will reply with a proposed layout, a specification and an indicative price.