Q235 steel PVDF Cover Landscape Shade Tent

1.Landscape Tent

2. Size: Diameter 20M*80M

3.Steel struture: Q235 steel

4. Membrane material: PVDF

5. Fire rating: Grade DB1

6. Delivery time: 20-30days



(Last Updated On: 2020-07-11)

Q235 steel PVDF Cover Landscape Shade Tent



  1. Cost efficiency
    Tensioned membrane architecture offers both the structure and the roofing shell in one. Depending upon the requirements, shaped fabrics under tension can span large areas at dramatically reduced costs compared with conventional roofing systems. They are also erected more efficiently reducing costs even further.


  1. Design Freedom
    Being a flexible and highly formable systems, tensile fabric membranes are able to be formed into breathtakingly spectacular designs. This allows architect to do things unthinkable with conventional construction materials.   A well designed tensile structure instantly adds to a buildings aesthetics, giving it notoriety whilst improving its functionality.


  1. Noise pollution
    Fabric roofing structures provide not only the benefit of reducing climatic noise from rain, hail and wind, but also the curved construction diffuses both internal and external sounds, whilst absorbing them at the same time. This dramatically improves noise pollution.


  1. Lower energy costs
    Tensioned fabric structures have high sun reflecting properties and low absorbency of sunlight. This greatly reduces the solar energy and heat that enters the structure, whilst still maintaining constant internal temperatures.  Translucent materials provide a comfortable and natural light source, removing the need for artificial lighting during the daytime reducing energy cost even further.


  1. Increased branding
    Adding corporate identity to the fabric membrane provides a perfect opportunity to improve notability and visual marketing of your company or promotional brand. Illuminated correctly, they also enhance your branding at night and enforce your market positioning. Tensioned fabric architecture offers the ability to exploit underutilised space whilst increasing marketing presence at the same time.


  1. Semi-permanent nature
    Tension membrane structures ‘historically’ have been closely tied to major events such as exhibitions, where shelters are needed for short periods of time. Tension Fabric structures can be easily designed for rapid relocation and re-erection; making them perfect for high impact event structures. Not only does this help with practicality it also helps with planning permission for fixed term structures as they are classed by most authorities as semi-permanent structures.


A.Free standing Tensile Structure designed in accordance with relevant British Standards to withstand wind and snow loading for all year round use.

B.The tensile fabric roof material blocks 100% UVA & UVB which makes it the perfect sun shelter to help make more use of your outdoor areas.

C.The roof material on our tensile structures is translucent letting in light but reflecting back heat, so the space beneath remains comfortable to use even in full sun.

D.As the fabric has an amazing tensile capacity, this reduces the supporting framework to a minimum number of legs which make our sun shelters extremely open underneath for maximum use of the covered area.

E.The 3D nature of tensile fabric canopy structures is quite unique as a building form so it quickly forms a visual focus of attention.

F.A quick and efficient way to cover a large area with minimal disruption is with fabric architecture as tensile fabrics can span over extremely large areas at reasonable cost.

G.Our waterproof canopies have a built in gutter system to control the flow and drainage of water, with options for harvesting of rain water.

H.There are a large choice of fixed or movable side walls including roller shutters or glazing which can be installed to any of our outdoor canopies and shelters to create a completely all-weather room.


There are many more benefits which tension membrane structures provide. Contact us directly to discover more reasons as to why you should be looking at tensile fabric architecture.

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