Skip to content

Sprung Advantage

Comparison Matrix

At a time that requires the reimagining of the construction industry around the world, the demand for a faster, more flexible, cost-effective building solution that can adapt to changing needs and emerging markets is more important than ever before.

Our at-a-glance comparison matrix demonstrates the different ways Sprung tensioned membrane structures outperform and outlast pre-engineered metal and conventional construction buildings.

How does a Sprung structure compare?

Feature

Sprung Structures

Pre-Engineered Metal Building

Conventional Construction

Icon-24-Delivery.svgDelivery

Sprung structures are typically delivered 8+ weeks from time of order.

6 plus months

12 plus months

Icon-24-Shipping.svgShipping

Compact shipping: Sprung structures up to 15,000 square feet. can be shipped in one 40-foot ISO container or on one 48-foot flatbed

6,000 sq.ft. per load

n/a

Icon-24-Foundation.svgFoundations

If appropriate soil conditions exist, concrete foundations are not required on Sprung structures up to 160′ wide

Yes – no exceptions

Yes – no exceptions

Icon-24-Engineering.svgEngineering

Engineered as an independent/standalone sustainable structure; and can be designed to meet hurricane-force winds and snow loads. Designed on a site specific basis.

Can be designed on a case-by-case basis

Designed and then field constructed

Icon-24-Construction.svgConstruction time on building envelope

1,00 to 2400 sq.ft. per day, depending on options, complete with finished interior for a Sprung structure

After foundation is in place, a pre-engineered metal building can be constructed at a rate of 2,000 sq. ft. per week.

12-18 months for conventional construction

Icon-24-Engineer.svgOverall fast-track construction timeline. Groundbreaking to completion.

1-6 months for a Sprung structure

12-18 months for a pre-engineered metal building

18-24 months conventional construction

Icon-24-Maintenance.svgMaintenance schedule

A Sprung structure has a rust-free structural aluminum framework. Sprung’s patented tensioning system does not require any retensioning of membrane panels for the life of the structure.

A standing seam metal roof is prone to large thermal movements. This causes leaks and requires continuous maintenance, especially at penetrations.

Regular maintenance is required.

Icon-24-Expand.svgExpandability

Adding additional modules to a Sprung structure is easy

Renovation required

Renovation required

Icon-24-Colour.svgExterior color options

Sprung structures offers unlimited color options

Limited

Limited

Icon-24-Relocate.svgFlexibility to relocate

Yes

No

No

Frame-1.svgLighting Levels

Highly tensioned reflective white interior/membrane can reduce number of light fixtures required

Requires more fixtures

Requires more fixtures

Icon-24-Daylight.svgDaylight panels

Standard feature: daylight panels in peak of a Sprung structure provide an optimum amount of natural daylight

Significant extra cost

Significant extra cost

Icon-24-Air.svgAirtight building Envelope Efficiency

Air permeability is almost 0 in a Sprung structure, resulting in superior energy performance.

Poor air-tightness

Moderate air-tightness

Icon-24-Acoustics.svgAcoustics

Excellent acoustical properties with our comprehensive insulation package and “soft wall” interior membrane

Significant additional costs associated with acoustic treatments needed to make a metal building acceptable for any application where acoustics are a concern (gymnasiums, public assembly, churches, casinos, offices etc.

Limited performance

Icon-24-Lifespan.svgLifespan

Indefinite lifespan simply by replacing exterior membrane on a Sprung structure every 20-30 years depending on membrane selection

15-50 depending on quality level

Replace roof every 25+ years

Contact Us

Subscribe to Our Newsletter