ResinDek® vs Concrete Flooring

Save up to $5/sq. ft.* ($53.82/m²) or More with Tax Benefits When Using ResinDek vs. Concrete

Backed by a 10-year product warranty, ResinDek mezzanine decking panels have the proven structural integrity and the strength you associate with a concrete floor yet offers significant savings while providing a more ergonomic and environmentally friendly floor.

Cost Savings & Speed of Construction

An independent cost comparison study published by Rescorla Engineering found that an elevated platform with ResinDek flooring was up to 34% less expensive than the concrete alternatives. In fact, it is quite common to save up to $5/sqft* ($53.82/m²) or more with tax benefits when using ResinDek instead of concrete. How?

Less Weight + Less Footings + Less Steel + Less Time = Real Savings

  • ResinDek panels are 85 – 90% lighter than concrete which allows for less steel in the support structure and footings may be significantly reduced or eliminated.
  • Elevated platforms using ResinDek flooring can be designed with an allowable deflection limit of L/240, whereas concrete’s allowable deflection is limited to L/360: this reduces the amount of steel required in the support structure.
  • Construction time can be reduced by as much as 3 – 5 weeks depending upon the size of the job.
  • Concrete floors need time to cure, ResinDek is supplied with a factory finish.
  • The material cost per square foot for ResinDek is less than that of concrete

Low Maintenance, Flat and Level Surface

  • Concrete mezzanine floors produce dust, are required to be sealed, and often crack. Once ResinDek panels are installed little maintenance is required. In addition, individual panels can be removed without having to refinish an entire floor.
  • Unlike concrete, ResinDek is supplied with a consistent factory finish, resulting in superior floor flatness, better levelness, proper surface roughness, and often higher coefficient of friction. These attributes can result in outstanding operating efficiencies of automated guided vehicles and autonomous mobile robots.

* Actual savings may vary based on project scope and location. Tax benefits are based upon estimates and the ability to categorize the mezzanine as equipment rather than a part of the building structure. Consult local building codes and tax advisors before using any information provided.

Work Platform Deck Cost Comparison Study

Prepared by Matt Rescorla, P.E. of Rescorla Engineering

DOCUMENT

Work Platform Deck Cost Comparison Study

Experts Weigh-In on Mezzanine Flooring Options: ResinDek vs. Concrete

There are many things to consider when choosing a mezzanine floor.

  • Will the flooring need to be flexible for future modifications?
  • Is saving time and money important for your project?
  • Is an ergonomic solution required?
  • Will robotic fleets be present?
  • How will the flooring product impact the environment?

This video includes feedback from industry experts to help highlight the differences of ResinDek vs. concrete on elevated platforms. 

Ergonomic Flooring Solution

ResinDek mezzanine decking panels provide added benefits of increased worker comfort and decreases the risk of work injuries and insurance claims. Research conducted by The Ohio State University’s Institute for Ergonomics found that an elevated platform with concrete increased tibial shock by 7.8% compared to a floor with ResinDek. Bar grate increased tibial shock 10.6% relative to a work platform with ResinDek flooring.

ResinDek Flooring is Environmentally Friendly

Research conducted by Coldstream Consulting found that installing a 50,000 square foot (4,645 square meter) mezzanine with ResinDek composite engineered wood panels is the equivalent to taking 56 non-electric cars off the road for a period of one year, thus saving consumed energy and reducing pollution, while generating 67% less smog than concrete. Additionally, ResinDek composite engineered wood flooring produces 50% less hydrogen ions than concrete.

Related Documents & Case Studies

CASE STUDY

ResinDek Success Story 

DOCUMENT

ResinDek Compared to Concrete

CASE STUDY

ResinDek Success Story