Electric vehicle charging station canopy
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Based on a customization-oriented approach, each project requires dedicated design and production tailored to site conditions, usage scenarios, functional requirements, and environmental standards. Suitable for applications such as gymnasiums, swimming pools, industrial warehousing, foundation pit construction, grain storage, and exhibition halls, these structures enable the rapid construction of large-span, column-free spaces. They are environmentally friendly, consuming only 10% to 30% of the energy of traditional buildings, and are resistant to winds of up to 12 on the Beaufort scale. The membrane materials are recyclable, and the entire structure can be relocated and reused.
Detailed Parameter Description of the Seven-Character Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| 7-character membrane structure | 1050 grams of PVDF Membrane Material (White) | Main Beam: I-beam 120mm*6mm Support Column: I-beam 120mm*6mm Advanced Purlin: φ89mm*3mm Rear Edge Purlin: φ114mm*3mm | Embedded Iron: 400mm*600mm Bolt: φ24mm | 2.5m-6m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
Detailed Parameter Description of Tension Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| Tensioned Membrane Structure | 1050 grams of PVDF Membrane Material (White) | Main Beam: I-beam 120mm*6mm Φ140mm*3mm Φ60mm*2.5mm Support Column: I-beam 219mm*6mm Φ140mm*3mm Φ60mm*2.5mm Advanced Purlin: φ89mm*3mm Rear Edge Purlin: φ114mm*3mm | Embedded Iron: 500mm*500mm Bolt: φ24mm | 5m-6m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
Detailed Parameter Description of Double-Opening Seven-Character Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| Dual-opening 7-character membrane structure | 1050 grams of PVDF Membrane Material (White) | 120mm*6mm Main Beam: I-beam 120mm*6mm 120mm*6mm Support Column: I-beam 120mm*6mm Advanced Purlin: φ89mm*3mm Rear Edge Purlin: φ114mm*3mm | Embedded Iron: 400mm*600mm Bolt: φ24mm | 5m-12m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
Detailed Parameter Description of Double-Pylon Arch Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| Dual-column arched membrane structure | 1050 grams of PVDF Membrane Material (White) | Main Beam: I-beam 120mm*6mm upport Column:φ219mm*6mm Φ140mm*3mm Φ60mm*2.5mm Purlin：φ 114mm*3mm Purlin: 89mm*3mm Support Column Tension Rod: φ60mm*2.5mm | Embedded Iron: 500mm*700mm Bolt: φ24mm | 6m-10m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
Detailed Parameter Description of T-shaped Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| T-shaped membrane structure | 1050 grams of PVDF Membrane Material (White) | Main Beam: I-beam 100mm*6mm Support Column: I-beam 100mm*6mm Advanced Purlin: φ89mm*3mm | Embedded Iron: 400mm*500mm Bolt: φ24mm | 5m-8m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
Detailed Parameter Description of Cantilever Membrane Structure | |||||
| Type | Membrane material | stent | Embedded Iron | Standard Width | Conventional Spacing |
| Catenary Membrane Structure | 1050 grams of PVDF Membrane Material (White) | Main Beam: I-beam 120mm*6mm Φ140mm*3mm Φ60mm*2.5mm Support Column:Φ219mm*6mm Φ140mm*3mm Φ60mm*2.5mm Advanced Purlin: φ89mm*3mm Rear Edge Purlin: φ114mm*3mm | Embedded Iron: 500mm*500mm Bolt: φ24mm | 5m-6m | 5m-6m |
All of the above are standard parameter descriptions, and the product can be customized upon request. | |||||
FAQ
What is a temporary shelter in disaster relief?
A temporary shelter is a short-term housing solution used during emergencies when permanent infrastructure is unavailable. Relief tents are one of the most widely used forms of temporary shelters due to their portability and fast installation.
Are relief tents reusable after disasters?
Yes, most relief tents are designed to be reusable. After proper cleaning, inspection, and maintenance, they can be redeployed in other disaster response operations.
What materials are used in refugee tents?
Common materials include PVC-coated polyester, oxford fabric, canvas, and aluminum or galvanized steel frames. These materials are selected for waterproofing, UV resistance, and structural stability.
What is the lifespan of emergency tents?
The lifespan of emergency tents typically ranges from several months to several years depending on material quality, climate conditions, and usage intensity. High-quality relief tents can be reused in multiple deployments if properly maintained.
What organizations use disaster relief tents?
Organizations such as the United Nations, International Red Cross, national disaster management agencies, and humanitarian NGOs commonly use disaster relief tents for emergency shelter and camp construction.
Why are tents important in emergency response?
Tents are critical in emergency response because they provide immediate shelter when permanent housing is unavailable. They help protect affected populations from weather conditions, ensure basic living standards, and support medical and logistical operations during crisis periods.
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