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Mister Chester
Mister Chester
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Other Projects by vb-lab
Mister Chester
The project is the result of textile
insulation research. This new double skin elevation serves as insulation for
renovation or new construction. The new skin elevation is composed of
compounds of technical textile cushions from agriculture. The cushions
are then filled with a natural insulator.
The project responds to the need to reduce energy loss and offers an
innovative and ecological to renovate or create new facade for all types
of building. In the aim of exhibit the main idea our project takes the
form of a small pavilion exhibition to showcase the potential of
materials from agriculture. Our idea is to develop this new skin
elevation for larger building
The cushions are made of textile and gain low cost transport on site.
They are hung in a framework designed to avoid thermal bridges. Using a
preformed mold, the cushions are filled with insulation efficient and
environmentally friendly. The frames are hung on a single secondary
structure by fitting to each other. The packaging of these fronts with
new cushions textiles promises to reduce the energy consumption of the
building and give it unparalleled image quality.
The project therefore meets the dual goal of increasing textile in terms of image and use.
insulation research. This new double skin elevation serves as insulation for
renovation or new construction. The new skin elevation is composed of
compounds of technical textile cushions from agriculture. The cushions
are then filled with a natural insulator.
The project responds to the need to reduce energy loss and offers an
innovative and ecological to renovate or create new facade for all types
of building. In the aim of exhibit the main idea our project takes the
form of a small pavilion exhibition to showcase the potential of
materials from agriculture. Our idea is to develop this new skin
elevation for larger building
The cushions are made of textile and gain low cost transport on site.
They are hung in a framework designed to avoid thermal bridges. Using a
preformed mold, the cushions are filled with insulation efficient and
environmentally friendly. The frames are hung on a single secondary
structure by fitting to each other. The packaging of these fronts with
new cushions textiles promises to reduce the energy consumption of the
building and give it unparalleled image quality.
The project therefore meets the dual goal of increasing textile in terms of image and use.
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