Frozen Resonance: The B2B Monopoly of Piano Soundboards Alpine Spruce, Micro-Climates, and the Obsessive Acoustic Supply Chain of Global Instrument Manufacturing
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- Englisch ausgewählt
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Beschreibung
Produktdetails
Einband
Taschenbuch
Altersempfehlung
1 - 99 Jahr(e)
Erscheinungsdatum
01.04.2026
Verlag
EpubliSeitenzahl
96
Maße (L/B/H)
29,7/21/0,6 cm
Gewicht
310 g
Auflage
1
Sprache
Englisch
ISBN
978-3-565-37676-6
A grand piano is essentially a giant mechanical amplifier. When a felt hammer strikes a steel string, the string itself produces very little sound. To fill a concert hall, that vibration must be instantly transferred to the soundboard—a massive, impeccably crafted wooden diaphragm that catches the frequency and explosively pushes it through the air. The quality of that sound depends entirely on a highly obsessive global supply chain.
This book explores the elite tonewood economy, focusing on the absolute dominance of the Sitka spruce. Piano manufacturers cannot use regular wood. They require old-growth trees grown in specific, freezing alpine micro-climates. The extreme cold forces the tree to grow agonizingly slowly, resulting in microscopic, tightly packed grain lines that possess an unparalleled strength-to-weight ratio. This unique cellular structure transfers acoustic velocity faster and more efficiently than almost any other material on Earth.
We follow the high-stakes logistics of the "timber cruisers" who hunt for these rare trees in the Alaskan and European wilderness, and the multi-year aging process required before a single board can be cut.
Listen to the forest inside the instrument. A fascinating exploration of the freezing, slow-growth biology required to build the acoustic engine of the world's finest pianos.
This book explores the elite tonewood economy, focusing on the absolute dominance of the Sitka spruce. Piano manufacturers cannot use regular wood. They require old-growth trees grown in specific, freezing alpine micro-climates. The extreme cold forces the tree to grow agonizingly slowly, resulting in microscopic, tightly packed grain lines that possess an unparalleled strength-to-weight ratio. This unique cellular structure transfers acoustic velocity faster and more efficiently than almost any other material on Earth.
We follow the high-stakes logistics of the "timber cruisers" who hunt for these rare trees in the Alaskan and European wilderness, and the multi-year aging process required before a single board can be cut.
Listen to the forest inside the instrument. A fascinating exploration of the freezing, slow-growth biology required to build the acoustic engine of the world's finest pianos.
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