Hover over thumbnails and use arrows to navigate through images

Consignment 82’x82′ Lindome Building

LISTED PRICES TEMPORARILY INVALID

Due to the continued volatility of steel, PVC fabric and shipping costs, our prices change frequently. Please email us at sales@stabl.ca for an up-to-date quote.

$0.00

Price:
$189,000 – 82′ x 82′

BUILDING DESIGN OPTION:

The proposed building is sized at 25m x 25m and set on a 5.5m side leg. The structure would be installed on concrete lock-blocks acting as footing and ballast, while protecting the frame from vehicles and equipment.

Download Structure Drawings
Download Structure Floor Plan
Download Structure Signed Document


Please Contact Us for availability and shipping options.


SKU: LINDOME82X82 Categories: ,
View cart

Description

Consignment 82’x82′ Lindome Building

SAFETY – STRENGTH – LONGEVITY

OVERALL DIMENSIONS (EXTERNAL):

Width (Meters): 25
Length (Meters): 25
Side Height (Meters): 5.5 + block
Total Height (Meters): 8.62
Covered Space (Sqm): 625

DESIGN STANDARDS

FABRIC:

  • This structure is covered in fire rated 26.5 oz. / sq.yd. Vinyl PVDF, conforming to CAN-ULC S-109, UV Protected and lacquered to protect against mildew or staining
  • Vinyl covers are tensioned over the steel structure using rated ratchets and belts. Downward tension on the cover is created using threaded rods and pull down pipes.
  • Fabric offers industry leading 20 year pro-rated warranty*

WHY? Heavy duty European vinyl pvc lasts for 25-30 years and retains its flexibility and tensile strength. You can repair it and re-install it many times.

STEEL:

  • All trusses and structural components are fabricated using HSS square or rectangular tube
  • Tube dimensions vary from 3″ X 3” to 6” x 4”. Material thicknesses range from 1/8” wall to 1/2” depending on building size and severity of snow loading.
  • Galvanized tubing is used instead of cables. This allows for safe and rapid installation as well as a rigid building design.

WHY? Most of our clients work in heavy industry and our focus is on buildings that have the strength and longevity to stand up to harsh conditions and usage.

DESIGN:

  • Structurally engineered to 1 in 50 year wind and snow loads as per the building code (BCBC or NBC).
  • All trusses are comprised of welded web sections and spaced between 3 and 5 meters on center. Buildings are individually designed and engineered by an independent structural engineer.

WHY? Even though these buildings can be quickly installed and removed, they are designed to remain safely in place as a permanent structure.

FOUNDATION:

  • This building is designed to be installed on above grade concrete blocks. (4400LBS, Grade-A) OR anchored using steel ground stakes, min 48″ long, subject to geotech and structural engineer’s approval.
  • Block layout is designed by P.Eng to address uplift from wind loading as well as geotech and seismic requirements. Structural anchors and steel strapping plates are included where required by P. Eng

OPTIONS FOR RUST PREVENTION:

All frames and columns are hot dipped galvanized after welding

NEED HELP CHOOSING THE RIGHT SHELTER?

Have questions? Check our FAQ or Request a Quote.

All shelters are designed to keep the elements out under most weather conditions, but unlike conventional construction these are a form of a tent and require that some precautions and common sense be used to protect your investment whenever heavy winds or heavy snowfalls are anticipated.

 

  1. High winds: Ensure the shelter is vented. Problems can occur if wind finds a way in on the wind side, but has no outlet. The best way to vent the shelter is to open the doors at each end of the shelter as this relieves pressure on the windward side and keeps the inside from ballooning.
  2. High winds: Ensure that all ratchet straps and turnbuckles and tension wires are tight. During particularly high wind gusts of 70 KPH and higher, keep checking the tension and tightening as required as occasionally the tarp vibration will loosen tension wires.
  3. Snow: These shelters will hold a reasonable snow load, and the roof slopes are designed to shed snow, but during heavy wet snow conditions every effort should be made to check the shelter to ensure large accumulations are not building up.
  4. Snow: Remove snow build up on the side walls as a result of snow sliding off the roof. This to relieve any pressure on the side walls frame and fabric
  5. Snow: Warming and freezing conditions. It’s best to remove any snow build up to avoid situations where the snow partially melts, then freezes. This can add extra weight and if a heavy snowfall occurs overnight, can cause major issues. When daytime melting and overnight freezing occurs, gentle prodding of the roof fabric with a blunt instrument should result in the build up sliding off.
  1. All customer installed shelters have a warranty limited to failure of parts.
  2. No shelters are covered under the warranty during high winds or heavy snow loads. The customer must be pro active in ensuring neither causes a structure failure. These conditions and care are listed under our installation guidelines.
  3. The installation of a shelter is critical to how it will stand up to heavy winds and snow. If the manufacturers installation guidelines are not adhered to, failure of the shelter could result in high winds and heavy snowfalls. If in doubt about any of the installation processes, please contact our office.
  4. Failure to do semi annual inspections of the shelter and tighten any loose straps or tension wires may cause issues with wind and snow.