Sport Court Tensile Canopies.
Engineered for Lasting Play.
Engineered for Lasting Play.
We engineer PVDF and PTFE tensile membrane canopies for padel, tennis, basketball, and multi-sport courts globally. Our factory direct process includes structural drawings and ships to 30+ countries.
Who Are You?
We've built this page around your specific needs. Select your role to jump directly to what matters most.
I'm a Project Owner
Looking for a reliable supplier to cover your sports court. See our completed projects and get a quote.
View Completed Projects →I'm an Architect / Designer
Need design references, 3D models, or technical drawings for your specification. Explore our design library.
Browse Design Gallery →I'm a Contractor / Installer
Sourcing tensile canopy supply for your client's project. Get technical drawings, BOM, and subcontract pricing.
Get Technical Support →Proven in the Field. Verified by Results.
Every project below was engineered, fabricated, and delivered by our team. Real photos. Real clients. Real locations.
Engineered Solutions. Ready to Specify.
Each model comes with structural drawings, material specifications, and 3D files. Request directly from our engineering team.
500+ Structural Designs. Find Your Shape.
From arched barrel vaults to dramatic sail shapes — browse our full library of Sport Court Tensile Canopies canopy concepts. Our engineers will adapt any design to your site dimensions.
A Smarter Alternative to Traditional Roofing
See how tensile membrane structures outperform conventional steel and aluminium canopies across every key metric.
Every Claim We Make Is Backed by Documentation.
We don't ask you to trust us. We give you the evidence to verify for yourself.
Engineering Depth
- Structural analysis via SAP2000 & 3D3S software
- Membrane form-finding via Easy software
- Wind load design for open-air sport court canopies up to 40m span
- Full fabrication drawings included with every order
Material Integrity
- Q355B / Q235B steel (≈ ASTM A572 Gr.50 / EN S355)
- C3-grade epoxy zinc-rich primer, 7+ year corrosion resistance
- Hot-dip galvanizing available for coastal environments
- PVDF membrane (650–1350 g/m²) with 99% UV rejection and 15-year colour warranty
Global Delivery
- 8,000 m² manufacturing facility in Guangzhou, China
- Typical lead time 45–60 days; on-site installation support available
- Full container or LCL shipping to any port
- T/T, LC, and milestone payment terms accepted
Jutent vs. The Market
Not all tensile canopy suppliers are equal. Here's how we stack up against typical trading companies and local fabricators.
| Feature | Jutent (Factory Direct) | Trading Company | Local Fabricator |
|---|---|---|---|
| Structural Engineering Drawings | ✓ Included with every order | ✗ Not provided | ~ Basic only |
| Material Test Reports | ✓ Per batch | ✗ Rarely available | ~ On request |
| 3D Model / CAD Files | ✓ Full library | ✗ None | ✗ None |
| Documentation Package | ✓ Full set included | ✗ Rarely provided | ~ Basic only |
| Warranty | ✓ 10-year structural | ~ 1 year typical | ~ 1–3 years |
| Custom Span Engineering | ✓ Up to 40m+ | ✗ Standard sizes only | ~ Limited |
Answers Before You Ask
Review our standard technical specifications and commercial terms before reaching out.
A standard 28m×15m PVDF basketball court canopy typically ranges from USD 18,000 to 35,000 FOB Guangzhou. The final price depends on span, membrane grade, steel specification, and anti-corrosion treatment. We provide a detailed itemised quote within 48 hours of receiving your project dimensions.
PVDF (650–1350 g/m²) carries a 10-year warranty and is the most cost-effective choice for most sports court applications. PTFE carries a 15-year warranty, is self-cleaning, and performs better in high-UV or coastal environments. For sites within 5 km of the coast, we recommend upgrading to PTFE or specifying hot-dip galvanised steel frames.
Yes. Every order includes a complete set of fabrication drawings and a structural analysis report calculated using SAP2000 and 3D3S software. Our default design standard is the Chinese national code. If your project requires ASCE 7 (US) or Eurocode (EU) compliance, we can adapt the calculations accordingly — just specify this at the enquiry stage.
Standard lead time is 45–60 days from design confirmation to shipment. Payment terms are T/T 50% deposit, 50% before shipment. For larger orders, we can discuss milestone-based arrangements — for example, 30% deposit / 40% on first shipment / 30% on final shipment.
Yes. We provide detailed installation manuals and remote technical support as standard. For projects that require it, we can also dispatch one of our engineers to your site to supervise installation directly. Please discuss this requirement at the enquiry stage so we can include it in the project scope.
Yes. We welcome third-party inspection at any stage of production. Material test reports are provided as standard with every batch. If you require an independent inspector, we can coordinate access to our facility and provide all necessary documentation to support the process.
Start Your Project Inquiry
Tell us your project dimensions and we'll send a preliminary quote within 24 hours.
In-Depth Guides for Contractors & Specifiers
Practical articles covering cost breakdowns, material selection, and installation considerations for Sport Court Tensile Canopies tensile canopy projects.
Buyer's Guides & Costs
Tensile Shade Structures for Sports Courts: The Contractor’s Complete Sourcing Guide
Covering an outdoor sports court with tensile shade isn't just about sun protection. Span, wind rating, membrane grade, and column placement all determine whether the structure lasts — or becomes a liability. Here's what to know before you specify one.
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Design & Architecture
Padel Court Roof Options: Why Tensile Membrane Outperforms Polycarbonate on New Builds
Choosing the right padel court roof affects playability, maintenance cost, and long-term UV performance. This article compares tensile membrane against polycarbonate and steel sheeting, with real cost and lead time data.
Read Article
Design & Architecture
Basketball Court Shade Structures: Essential Design Decisions for Clearance, Column Placement, and Wind Loads
A basketball court shade structure needs to clear 7.5m minimum, avoid blocking sightlines, and survive wind loads that most shade sails can't handle. Here's what the specification actually involves.
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Design & Architecture
Tennis Court Shade Structures: Balancing UV Control, Net Clearance, and Glare for Optimal Playability
A tennis court shade structure has to balance UV protection with visibility. Too much shade reduces contrast; too little defeats the purpose. This guide covers the membrane and geometry decisions that affect playability.
Read Article