TOP ALUMINUM FABRIC STRUCTURE FOR INDUSTRIAL
TOP ALUMINUM FABRIC STRUCTURE FOR INDUSTRIAL
Views: 0 Author: Site Editor Publish Time: 2026-10-22 Origin: Site
Every club that has tried to add a roof over its pitch has hit the same wall: concrete foundations close the venue for months, and the ground underneath often never fully recovers. A covered community field is achievable without that damage, but only if the structure stays light and the playing layer is kept separate from it. Here is how the two parts fit together.
In most of these projects the damage comes less from the building itself than from how the load lands. Formwork, concrete footings and parked plant concentrate weight into small patches of ground, and turf or a running track can compact, tear or lose its drainage under that pressure. The repair you can see is often the easy part; getting the surface playable again takes months of waiting out.
Then there is the work around the edges, which is quieter but adds up: trenching for anchor bolts, delivery vehicles crossing the surface, crews walking across the pitch all day. A low-impact handover has to solve two problems at once, not one. Keep the load off the playing surface, and keep construction traffic out of it.
Structural choice is where the damage ceiling is set. A clear span tent puts its weight through slender, high-strength aluminum posts, so each footing can be a small pad or a ground screw instead of a poured concrete pile. That is what makes a field renovation reversible: the footprint you disturb is small, and it is the footprint you can put back.
LP Structure applies this logic to shared community sites. The frame of a temporary sports hall spans the full playing width with no internal columns, so the courts below stay usable while the roof goes up around them. The anchor points stay few enough that, when the job ends, you can list exactly what was touched.
The structure handles the load from above, but the surface still has to carry the traffic inside it. The standard answer is interlocking event protection flooring. Each 1.8 cm tile is new polypropylene, locks together with no tools, and goes straight down over grass or synthetic turf. The tiles are open and hole-patterned, so air and water keep moving through while players, lighting and equipment sit on top.
The tested load capacity sits around 21,513 lbf/ft² (SGS), which is comfortable for pedestrians and the light vehicles that do deliveries, not just for players. Courts get the same treatment: a badminton court construction or tennis surface goes under a removable layer, so line wear and shock from play never reach the material beneath.
Feature (T-01 protection flooring) | Value | What it means for your handover |
Tile thickness | 1.8 cm | Gap lets grass breathe; holes let water drain |
Material | 100% new polypropylene | UV-stable; 1,500 h ageing with no cracks |
Load capacity | About 21,513 lbf/ft² (SGS) | Supports players and light delivery vehicles |
Assembly | Tool-free interlock | 20 people laid 8,000 m² in about 12 hours |
Those figures belong to the T-01 event protection flooring. Before you quote it, check the exact configuration against your surface and the traffic it will actually take.
A renovation is a sequence, and the handover is the step everyone sees. On site it runs like this: survey the surface and mark the anchor positions, lay the protection floor, erect the frame over the protected area, then fit walls, lighting and court surfacing. Because the frame is bolted or screwed down rather than poured, dismantling simply reverses the same steps and lifts the anchor points out.
Operators planning several venues scale the same logic into a temporary sports building that goes up for a season or a facility programme, then strikes again without leaving a permanent footprint behind.
Before you approve anything, get three answers in writing. First, the anchoring method and how many anchor points touch the playing surface, and whether they are expansion bolts, ground screws or pads. Second, the protection floor's load rating and drainage path for your specific surface. Third, the removal plan: who lifts the anchors out, how the surface gets inspected, and what “restored” actually means. With those three answers on paper, most of the handover risk disappears.
Treat the ground as the asset and the structure as the guest. Specify a light, clear-span frame with a few small anchor points, shield the playing surface with a removable tool-free floor rated for your traffic, and sequence the works so the surface is inspected and restored before anyone signs off. Done in that order, a community field gains covered, all-weather capacity and still comes back the way you found it.
Can an aluminum sports tent really sit on a live grass pitch?
Yes, as long as the load is spread. In a clear span tent the posts rest on small pads or ground screws rather than poured footings, and the protection floor underneath keeps foot and vehicle traffic off the turf. Before you approve, confirm the anchoring method and the protection layer for your own surface.
Will the protection floor let the grass survive?
The 1.8 cm interlocking tiles are open and hole-patterned, so air and water keep passing through while the floor is in place. That breath-through design, rather than a solid slab, is the point.
How fast can the structure be put up and taken down again?
A clear-span aluminum frame goes up and comes down far faster than a concrete build, and the tool-free floor adds and removes quickly. As a benchmark, an 8,000 m² floor was laid by about 20 people in roughly 12 hours, so the floor is rarely the slow part of a handover.
What should I check before approving a renovation?
Check the anchoring method and the number of anchor points on the playing surface, the protection floor's load rating and drainage for your surface, and a written removal and reinstatement plan. Those three answers define your handover risk.
Does this work for courts as well as open fields?
It does. The same clear-span frame plus a removable protection layer shields badminton, tennis and futsal surfaces from load, wear and line damage, and the courts can be restored once the season or programme ends.