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Improving Engineered Wood Fiber Surfaces for Accessible Playgrounds
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Document Date: 2013-10-13 02:28:48


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City

Columbus / Oskaloosa / Midland / New York / Silicone / /

Company

Dow Corning Corp. / Forest Products Laboratory / Polmer Plastics Corp. / A B C D E F G SA / HIC SA / Beneficial Designs Inc. / Zeager Brothers Inc. / Supervisory Research Forest Products Technologist Forest Products Laboratory / /

Facility

Not Stable / Forest Products Laboratory / Moderately Stable / /

IndustryTerm

playground equipment / silicone-based bonding systems / fiber processing options / chemical release / oversize chips / test protocol / energy absorption / rubber particle surfaces / portable device / steel rod / drop site / synthetic rubber surfaces / red maple chips / energy absorption measure / portable surface measurement device / impact site / energy absorption characteristics / energy / /

Organization

Consumer Product and Safety Commission / Access Board / U.S. Architectural and Transportation Accessibility Compliance Board / U.S. Architectural and Transportation Barriers Compliance Board / USDA Forest Service / U.S. Consumer Product Safety Commission / ASTM F08.63 subcommittee / Freemasonry / /

Person

Accessible Playgrounds Theodore Laufenberg / Andrzej M. Krzysik / /

Position

Technologist / walker / General Engineer / Impact head / representative / producer / candidate for further development / /

Product

F355 / /

ProvinceOrState

Ohio / Nevada / Iowa / Michigan / /

Technology

test protocol / red maple chips / /

SocialTag