Leather
Leather is the most intimate of architectural materials, a surface that is fundamentally a skin. To clad a wall, a door, or a floor in leather is to imbue a space with a primal, haptic warmth. It is a material that appeals to our most ancient senses, touch and scent, and it ages not by decaying, but by acquiring a story. We use it to create spaces that are not just seen, but felt; environments that are defined by a quiet, enveloping luxury.
Form Study 01
RF–01 · Archive Reference
Surface Properties
High-Frequency Acoustic Absorption
TX–01
The fibrous, porous structure of leather makes it an exceptional natural sound absorber, particularly for the high-frequency sounds that create ambient “hiss” and echo. When applied to walls or integrated into cabinetry over an acoustic substrate, it can significantly dampen reverberation and create a serene, acoustically calm environment. This allows us to achieve a high level of acoustic comfort with a material that is also visually and texturally rich, a sophisticated alternative to conventional acoustic panels.
Low Thermal Conductivity
TX–02
A polished finish closes the pores of the stone and creates a near-mirror-like surface that reveals the full depth, colour, and crystalline structure of the material. We use this not to create bling, but to create a dynamic dialogue with light. A polished surface brings movement into a space, reflecting the shifting light of the day and the subtle colours of the surrounding environment, making the material feel alive and responsive.
Perforated for Acoustic Transparency
TX–03
By micro-perforating leather, we can make it acoustically transparent. This allows sound to pass through the leather and be absorbed by a high-performance acoustic insulation material hidden behind it. This technique allows us to use the beautiful, luxurious finish of leather for the walls of a home cinema or listening room without it reflecting sound and compromising the room’s acoustic tuning. It is a perfect integration of high-end aesthetic and high-performance science.
Quiet Papers
Leather in a High-End Home Cinema
A study on using micro-perforated leather panels to conceal a high-performance acoustic system, achieving reference-level sound in a luxurious, integrated environment.
Leather in a Private Study and Den
An exploration of using thick, vegetable-tanned leather tiles as a warm, quiet, and unconventional floor covering in a low-traffic private space.
Leather in a Master Bedroom Suite
A case study on using full-height, upholstered leather panels to create an acoustically calm, tactile, and enveloping feature wall that promotes rest and serenity.