Architectural Record BE - Building Enclosure

The Strong and Sustainable Solution for K-12 School Lockers

Satisfy durability demands and sustainability criteria in any school corridor
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Sponsored by Scranton Products
Jeanette Fitzgerald Pitts
 
Continuing Education
 

Learning Objectives - After this course, you should be able to:

  1. Compare the durability of traditional metal lockers with the durability of lockers made from a plastic material called high density polyethylene (HDPE).
  2. Describe the difference between post-industrial recycled content and post-consumer recycled content.
  3. Summarize the contents of a health product declaration (HPD) and explore what an HPD for a HDPE product may contain.
  4. Explain the contribution that HDPE lockers can make toward earning different green building certifications such as LEEDâ„¢ and CHPS.

Credits:

1 AIA LU/HSW
1 GBCI CE Hour
0.1 IACET CEU

A school locker is the hub of a student's school life. As such, it is stuffed, slammed, and personalized multiple times a day, year after year, playing host to a veritable smorgasbord of school necessities and niceties: wet rain jackets, snow melting off winter boots, sweaty jerseys, leaking lunch sacks, science projects, textbooks, love doodles, and the like. Considering the regular use and abuse a locker receives throughout its life, it is no surprise that facilities personnel and designers routinely rank durability as the most important feature of this type of product. What may be surprising is that, until recently, the specification audience had few material options for school lockers outside of the traditional 16-gauge powder-coated steel, which has notable limitations in terms of the durability it provides in a school setting.

There is a solid plastic material, referred to as high-density polyethylene (HDPE), which can offer the more durable locker solution desired by design teams and maintenance staff. Lockers made from HDPE are able to: withstand exposure to moisture without rusting; survive rowdy student encounters without dents and dings; and easily wipe clean of graffiti without requiring paint. However, in today's specification climate, stronger lockers are only an acceptable solution if they offer a sustainable upside too. This article will take a deeper look at the improved durability of this material and the impact that product selection will have on satisfying the sustainable design criteria developed specifically for school applications.

The Limited Durability of Traditional Metal Lockers

The traditional metal lockers selected to adorn school corridors for decades are made from 16-gauge powder-coated steel. Despite its prevalence in the K-12 application, this material is not the perfect solution for the space, in large part because the material has some deficiencies that make it unable to hold up to the daily wear and tear of a school environment. Metal lockers may dent when impacted, rust when exposed to moisture, and removing tape and graffiti from the surface can be difficult. Unfortunately, collisions, wet conditions, and locker door drawings are all part and parcel of an average school day, leaving many in the design and maintenance community demanding a better, more durable locker solution than the traditional metal locker.

HDPE lockers offer a stronger solution for K-12 corridor applications and support sustainable design criteria as well.

Photo courtesy of Scranton Products. Cologne Academy, Cologne, MN.

HDPE lockers offer a stronger solution for K-12 corridor applications and support sustainable design criteria as well.

 

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Originally published in Architectural Record

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