SIMPLESOLUTIONS PROFILES

QL

The QL is part of our SimpleSolutions line. These buildings are quick to construct and are for sites that do not require a building permit.

QL
32' Width
QL
32' Width, Post Mount
QL
40' Width
QL
40' Width, Post Mount
QL
42' Width
QL
42' Width, Post Mount
QL
50' Width
QL
50' Width, Post Mount
QL
55' Width
QL
55' Width, Post Mount
QL
63' Width
QL
63' Width, Post Mount
QL
65' Width
QL
70' Width, Post Mount
QL
72' Width

QP

The QP is part of our SimpleSolutions line. These buildings are quick to construct and are for sites that do not require a building permit.

QP
20' Width
QP
20' Width, Wall Mount
QP
22" Width, Wall Mount
QP
26' Width
QP
26' Width, Wall Mount
QP
30' Width, Wall Mount

QC

The QC is part of our SimpleSolutions line. These buildings are quick to construct and are for sites that do not require a building permit.

QC
18' Width, 5' Leg
QC
25' Width, 4' Leg
QC
25' Width, 6' Leg
QC
30' Width
QC
30' Width, 2' Leg
QC
30' Width, 4' Leg
QC
30' Width, 6' Leg
QC
38' Width
QC
42' Width

SIMPLESOLUTIONS

Designing a fabric structure for an arched building involves several considerations to ensure structural integrity, aesthetics, and functionality.

 

The most defining feature of an arched building is its curved or arch-shaped roof or facade. The arch can be semicircular, pointed, or any other desired shape. The choice of the arch shape depends on architectural preferences and structural requirements.

Arched fabric structures typically employ lightweight yet robust materials like PVC-coated polyester, PTFE-coated fiberglass, or ETFE foil. The choice of material is influenced by factors such as budget, climate, and the desired aesthetic.

A sturdy frame structure is essential for supporting the fabric. Common frame materials include steel, aluminum, or composite materials. The frame should be engineered to evenly distribute loads and provide stability to the structure.

Solid anchoring and foundation systems are crucial for arched fabric buildings. This involves concrete footings, piles, or other foundation types, depending on the building’s size and local soil conditions.

Arched fabric structures should be designed to withstand various weather conditions, including wind, snow, and rain. Engineering calculations and wind-tunnel testing ensure the structure’s stability and safety in different climates.

ENGINEERED BUILDING

At S&S Structures, we pride ourselves on providing exceptional value to our clients. Our innovative construction techniques and cost-effective materials enable us to offer competitive pricing per square foot.

Determine the desired peaked shape for the fabric structure, which could be a traditional gable roof or a custom peak design that suits the architectural concept.

Peaked fabric structures use durable, weather-resistant fabric materials selected to suit the project’s budget and climate conditions. The choice of fabric is essential for long-term performance.

A robust frame structure is integral to support the fabric and distribute loads effectively, particularly at the peak. The frame materials may include steel, aluminum, or composites, depending on project requirements.

Secure anchoring and a well-designed foundation system are crucial for the stability of peaked fabric structures. Foundation choices should consider local soil conditions and structural needs.

Local climate conditions, such as wind, snow, and rain, should be taken into account during the engineering of peaked fabric structures. This ensures that the structure can withstand the elements and perform optimally over time.

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1100 W Washington St, Farina, IL 62838

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(800) 237-6336

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  • 1100 W Washington St
    Farina, IL 62838
  • 800- 237-6336
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