Summary: Over the last year, forward-looking customers have analyzed mat requirements by using strength characteristics rather than dimension. These customers have discovered they can get the same quality mat but at lower cost by using a Eucalyptus timber mat with greater shear and bending strength, generating significant operational savings. Read the Introduction and Specific Solutions.
Summary: Over the last year, forward-looking customers have analyzed mat requirements by using strength characteristics rather than dimension. These customers have discovered they can get the same quality mat but at lower cost by using a Eucalyptus timber mat with greater shear and bending strength, generating significant operational savings. Read the Introduction. Specific Solutions: Here
Summary: Over the last year, forward-looking customers have analyzed mat requirements by using strength characteristics rather than dimension. These customers have discovered they can get the same quality mat but at lower cost by using a Eucalyptus timber mat with greater shear and bending strength, generating significant operational savings. This three-part article investigates through an
Originally published by WindPower Engineering & Development. PDF below.
Summary: Using a strength-adjusted mat you can increase quality and decrease cost. Save between $200-$1200 per mat. For some 12” applications you may save 50%, substituting one 12” Eucalyptus for two mixed hardwood mats. Specific solution: Estimate the strength of mat you really need. Often, bending strength (Fb) will be most important factor, followed by
We are pleased that Crane Hot Line has published a brief article on World Forest Group mats in heavy lift environment. Original article here. Reproduced below.
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