CE Certification Outdoor Badminton Court Tent Manufacturers & Exporters

Our badminton court tents are manufactured in strict compliance with EN 13782 (European standard for temporary and semi-permanent tensioned membrane structures) and EN 1090-1 / EN 1090-2 for structural aluminum and steel execution. These certifications verify load-bearing calculations, weld inspection, wind rating (up to 120 km/h), and reaction-to-fire performance (DIN 4102 B1/M2). Full factory documentation packages are provided for municipal planning approval.

A standard BWF badminton court measures 13.4m x 6.1m, with recommended safety run-off spacing requiring at least 15m x 7.5m per court.

• 15m x 20m tent: Comfortably houses 2 courts.
• 20m x 30m tent: Standard layout for 4 full-size courts plus central walkway.
• 25m x 40m tent: Accommodates 6-8 courts with room for spectator seating and player amenities.

Because our structures feature zero interior support columns, 100% of internal floor space is usable.

Our modular aluminum frame structures can be anchored to virtually any ground surface using three primary fixing methods:

1. Expansion Bolts / Chemical Anchors: Best for existing concrete slabs or asphalt foundations.
2. Steel Earth Pegs / Stakes: Ideal for grass, soil, or temporary park sites with minimal surface damage.
3. Heavy Concrete Weight Plates: Used when ground penetration is strictly prohibited by land leases.

Badminton shuttlecocks are affected by even minimal air currents. We implement double-layer membrane roofing with air-gap insulation to eliminate thermal bridging and prevent ceiling condensation drops. HVAC air ducting is engineered with perimeter micro-diffusers that distribute cool or warm air low along sidewalls without creating overhead drafts across the courts.

Yes. Founded in 2010 in Chengdu, China, Tourle Tent operates an 18,000㎡ integrated manufacturing facility. Since 2019, we have operated an in-house hardware division producing structural connectors, baseplates, and tensioning components independently. We perform trial assembly on projects prior to export to guarantee exact fitting on site.

The high-strength 6061-T6 anodized aluminum alloy framework has an engineered design life of over 20 to 25 years with virtually zero structural degradation. The heavy-duty PVDF architectural fabric cover has an expected service life of 10 to 15 years depending on UV exposure, and can be independently replaced or upgraded without replacing the metal skeleton.