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Louisville Road house designed by 2LG
CategoriesInterior Design

Ten bathrooms with double sinks for couples who prioritise personal space

By Zarkon Group,
Louisville Road house designed by 2LG

Nobody likes knocking elbows while brushing their teeth. In this lookbook, we collect 10 bathrooms with interesting takes on double sinks from the Dezeen archive.

Sometimes called his-and-hers sinks, double sinks immediately introduce a luxurious feel to the bathroom. The 10 examples below feature varying contemporary interpretations of this classic design flourish.

This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring bathrooms with colourful toilets and sinks, timber cladding and lots of concrete.

Louisville Road house designed by 2LG
Photo by Megan Taylor

Louisville Road apartment, UK, by 2LG Studio

London design firm 2LG Studio fitted a bespoke coral-orange vanity unit with luted-lacquer-coated doors to form the double sink in this house in Tooting.

The unit contrasts with baby-blue taps that match the floor tiles and the bordering around the large bathroom mirror, as well as the shower screen.

Find out more about this Louisville Road apartment ›

York Vault House by Studio Ben Allen
Photo by Mel Yates/24mm Photography

House in York, UK, by Studio Ben Allen

A utilitarian theme pervades Studio Ben Allen’s extension to a Victorian terraced house in York, including in the first-floor bathroom.

Twin basins feature taps stripped back to their base brass and exposed copper piping, while the two curving mirrors above them continue an arch motif used throughout the project.

Find out more about this house in York ›

Candy Loft by StudioAC
Photo by Jeremie Warshafsky

Candy Loft, Canada, by StudioAC

The double sink in this Toronto loft conversion by local firm StudioAC is housed inside a wood-clad unit that is fixed to the wall and lit from underneath.

It features in a minimalist bathroom with borderless shower screen and mirrors, white walls and subtly patterned tiling.

Find out more about Candy Loft ›

Triangle by Yellow Cloud Studio
Photo by Alex Forsey Photography

The Triangle extension, UK, by Yellow Cloud Studio

A free-standing bathtub separates two sinks in the en-suite bathroom of this Victorian house in Hackney, extended and renovated by London practice Yellow Cloud Studio.

The bath fits into what was formerly a fireplace, with the original chimney stack providing a symmetrical layout for the concrete basins and pastel-green vanity units.

Find out more about the Triangle extension ›

Ibiza Campo by Standard Studio & Ibiza Interiors
Photo by Youri Claesens

Casa Campo, Ibiza, Spain, by Standard Studio

Casa Campo is an off-grid home nestled in a mountain range in northern Ibiza by Amsterdam firm Standard Studio.

In the bathroom, a concrete partition forms a low wall around the double sink, contrasting with the rustic stone walling and timber counter.

Find out more about Casa Campo ›

Casa Hualle by Ampuero Yutronic
Photo by Felipe Fontecilla

Casa Hualle, Chile, by Ampuero Yutronic

Pale plywood walls and a dark concrete floor give the bathroom in this house in Chile’s volcanic Araucania Region a rustic feel.

Architecture studio Ampuero Yutronic raised a pair of circular sinks on a simple wooden stand in line with a window above the bathtub.

Find out more about Casa Hualle ›

David Adjaye's 130 William interiors
Photo by Evan Joseph

130 William show apartment, USA, by David Adjaye

British architect David Adjaye used serrated grey marble tiling to line the walls and floors of the bathroom in this model apartment for his first Manhattan skyscraper.

This extends to the bathtub and double sink, contrasted with black tap fixtures and a black wooden vanity unit.

Find out more about this 130 William show apartment ›

Workstead House by Workstead
Photo by Matthew Williams

Workstead House, USA, by Workstead

This home in Charleston, South Carolina was created through the renovation of a building formerly used as a store for selling blockaded goods during the US Civil War.

In the darkly painted en-suite bathroom next to the master bedroom, design studio Workstead built a pair of sink units standing independently of each other and looking out through large double-sash windows.

Find out more about Workstead House ›

AML Apartment by David Ito Architecture
Photo by Pedro Kok

AML Apartment, Brazil, by David Ito Arquitetura

David Ito Arquitetura put a different spin on the double sink inside this apartment in São Paulo.

The two vanity units face each other from opposite walls, their wooden cupboards contrasting with the black fittings and floor tiles and the white wall tiles and marble in the sinks and the two-person bathtub.

Find out more about AML Apartment ›

Vallirana 47 apartment by Vora
Photo courtesy of Vora

Vallirana 47 apartments, Spain, by Vora

A more modest approach to the double sink is on display in these Barcelona apartments designed by Architecture studio Vora.

The pale marble sink is divided into two basins, sharing the same white vanity unit and grey marble counter.

Find out more about these Vallirana 47 apartments ›

This is the latest in our lookbooks series, which provides visual inspiration from Dezeen’s archive. For more inspiration see previous lookbooks featuring bathrooms with colourful toilets and sinks, timber cladding and lots of concrete.

Reference

The Double Stud Wall Simplified - Low Cost, High Performance
CategoriesSustainable News Zero Energy Homes

Double Stud Wall Simplified – Low Cost, High Performance

By Zarkon Group,
The Double Stud Wall Simplified - Low Cost, High Performance

Simplify

The double-stud wall is a well-established method for creating a very economical, durable, and high R-value assembly in new construction – and is one reason it’s included as one of the basic 475 Smart Enclosure System assembly types. We know pushing standard code-minimum construction toward high performance is complicated. So we’re always looking for ways to simplify – to simultaneously reduce cost while optimizing efficiency and occupant comfort. Integrated with Pro Clima air sealing and moisture control components, the double-stud wall provides unmatched economic value, safety from moisture damage, and long-lasting performance.

Go Sheathingless

With Pro Clima component integration, we’re taking it one step further. Below we illustrate a sheathingless double-stud wall (that’s right: no structural sheathing) that provides the following characteristics:

  • Minimized material costs
  • Maximized moisture drying potential
  • Removal of formaldehyde, VOC’s and other toxic chemicals commonly found in SPF, rigid foams, OSB, and plywood
  • Easily adjustable wall thickness to meet your design R-value
  • Space between walls for continuous insulation
  • Utilization of dense-pack insulation (Gutex wood THERMOFIBER, cellulose, fiberglass, mineral wool, or Havelock Wool).
  • No special materials or connections needed for the framing components
  • Fits with the typical platform framing method

You can still frame your walls on the deck and raise them into place,  but without all that sheathing they’ll be a lot lighter. With this system, you build a house out of 2x4s, fibrous insulation, SOLITEX MENTO Plus weather-resistive barrier outboard, INTELLO Plus smart vapor retarder inboard, and not much else.

The Framing

The wall consists of an inner load-bearing wall and an outer exterior finishing wall. The floor and roof loads are stacked on top of the inner wall studs. This method can allow the use 24″ o.c. advanced framing assembly if your floor and roof loads meet the design criteria. The inner wall is framed like any other stick-built wall, with the exception that the shear load is carried by 2x lumber nailed, or metal strapping mechanically fastened, diagonally, to the outside face of the inner stud wall – in the insulation cavity.

It’s important to note that each structure will have very different shear and uplift retention requirements due to variables in building height, the number of windows, local codes, shape of building, seismic requirements, etc. The outer wall is connected to the decks as outriggers, there to support the insulation and finished facade elements, and consequently, it requires minimal framing material and opening headers. In taller walls, it’s important to connect the inner and outer studs for additional strength as well as partition the bays every second bay – to make dense-packing of the double stud cavities easier to reach proper density and maintain quality control.

The Integrated Service Cavity

With this approach, the inner wall studs act as the service cavity without the need for additional strapping to support the interior finish – making it an integrated service cavity. This approach takes planning but allows for fewer steps and less material. An excellent example of this approach is demonstrated in our Project Spotlight: Vermont Integrated Architecture. Leicester, VT.

Two Air Barriers Too

To optimize the insulating value of the dense-pack insulation – airtight membranes are placed on both sides of the fibrous insulation, thereby preventing thermal bypass, as well as optimizing the drying reserves of this highly insulated wall. At the interior side is the INTELLO PLUS membrane, airtight with intelligent vapor control, making it vapor open in the summer to facilitate inward drying and vapor retarding in the winter to prevent vapor accumulation into the insulation. The INTELLO Plus is reinforced so that it substitutes for the typical mesh used in a dense-pack installation. At the exterior side is SOLITEX MENTO PLUS: airtight, waterproof, reinforced and vapor open, allowing for maximum drying potential to the outside without being restricted by an exterior sheathing, like plywood or OSB, which are Class II or low Class III vapor retarders.

Windows & Penetrations

The window is installed into a plywood box that ties together the inner and outer walls. We offer a wide selection of window air sealing tapes, but to keep it simple you need only TESCON PROFIL, or the even faster TESCON PROFECT, for the airtight connections at the interior and exterior of the window. (And don’t forget to pre-make your window corners!). At the sill heavy-duty self-sealing waterproofing is provided by EXTOSEAL ENCORS. There are multiple ways to create a thermal bridge free window installation – there are many variables depending on the window type and brand.

The most important thing is to make sure that the window is precisely connected to your interior and exterior airtight and moisture control layers. This will ensure that your installation will not have condensation due to air movement at this thermally weak intersection. Small air leakage at this connection will allow the interior winter humidity to enter the insulated cavity. Making an air-tight connection at all openings is the best way to prevent future structural damage.

Learn More

For more details and variations on this concept, download  475’s free CAD details and ebook for 475 Smart Enclosure Double-Stud Assemblies.

By 475 Building Supply

This guest blog was originally published on the 475 Building Supply blog.

Reference

The Double Stud Wall Simplified - Low Cost, High Performance
CategoriesSustainable News Zero Energy Homes

The Double Stud Wall Simplified – Low Cost, High Performance

By Zarkon Group,
The Double Stud Wall Simplified - Low Cost, High Performance

Simplify

The double-stud wall is a well-established method for creating a very economical, durable, and high R-value assembly in new construction – and is one reason it’s included as one of the basic 475 Smart Enclosure System assembly types. We know pushing standard code-minimum construction toward high performance is complicated. So we’re always looking for ways to simplify – to simultaneously reduce cost while optimizing efficiency and occupant comfort. Integrated with Pro Clima air sealing and moisture control components, the double-stud wall provides unmatched economic value, safety from moisture damage, and long-lasting performance.

Go Sheathingless

With Pro Clima component integration, we’re taking it one step further. Below we illustrate a sheathingless double-stud wall (that’s right: no structural sheathing) that provides the following characteristics:

  • Minimized material costs
  • Maximized moisture drying potential
  • Removal of formaldehyde, VOC’s and other toxic chemicals commonly found in SPF, rigid foams, OSB, and plywood
  • Easily adjustable wall thickness to meet your design R-value
  • Space between walls for continuous insulation
  • Utilization of dense-pack insulation (Gutex wood THERMOFIBER, cellulose, fiberglass, mineral wool, or Havelock Wool).
  • No special materials or connections needed for the framing components
  • Fits with the typical platform framing method

You can still frame your walls on the deck and raise them into place,  but without all that sheathing they’ll be a lot lighter. With this system, you build a house out of 2x4s, fibrous insulation, SOLITEX MENTO Plus weather-resistive barrier outboard, INTELLO Plus smart vapor retarder inboard, and not much else.

The Framing

The wall consists of an inner load-bearing wall and an outer exterior finishing wall. The floor and roof loads are stacked on top of the inner wall studs. This method can allow the use 24″ o.c. advanced framing assembly if your floor and roof loads meet the design criteria. The inner wall is framed like any other stick-built wall, with the exception that the shear load is carried by 2x lumber nailed, or metal strapping mechanically fastened, diagonally, to the outside face of the inner stud wall – in the insulation cavity.

It’s important to note that each structure will have very different shear and uplift retention requirements due to variables in building height, the number of windows, local codes, shape of building, seismic requirements, etc. The outer wall is connected to the decks as outriggers, there to support the insulation and finished facade elements, and consequently, it requires minimal framing material and opening headers. In taller walls, it’s important to connect the inner and outer studs for additional strength as well as partition the bays every second bay – to make dense-packing of the double stud cavities easier to reach proper density and maintain quality control.

The Integrated Service Cavity

With this approach, the inner wall studs act as the service cavity without the need for additional strapping to support the interior finish – making it an integrated service cavity. This approach takes planning but allows for fewer steps and less material. An excellent example of this approach is demonstrated in our Project Spotlight: Vermont Integrated Architecture. Leicester, VT.

Two Air Barriers Too

To optimize the insulating value of the dense-pack insulation – airtight membranes are placed on both sides of the fibrous insulation, thereby preventing thermal bypass, as well as optimizing the drying reserves of this highly insulated wall. At the interior side is the INTELLO PLUS membrane, airtight with intelligent vapor control, making it vapor open in the summer to facilitate inward drying and vapor retarding in the winter to prevent vapor accumulation into the insulation. The INTELLO Plus is reinforced so that it substitutes for the typical mesh used in a dense-pack installation. At the exterior side is SOLITEX MENTO PLUS: airtight, waterproof, reinforced and vapor open, allowing for maximum drying potential to the outside without being restricted by an exterior sheathing, like plywood or OSB, which are Class II or low Class III vapor retarders.

Windows & Penetrations

The window is installed into a plywood box that ties together the inner and outer walls. We offer a wide selection of window air sealing tapes, but to keep it simple you need only TESCON PROFIL, or the even faster TESCON PROFECT, for the airtight connections at the interior and exterior of the window. (And don’t forget to pre-make your window corners!). At the sill heavy-duty self-sealing waterproofing is provided by EXTOSEAL ENCORS. There are multiple ways to create a thermal bridge free window installation – there are many variables depending on the window type and brand.

The most important thing is to make sure that the window is precisely connected to your interior and exterior airtight and moisture control layers. This will ensure that your installation will not have condensation due to air movement at this thermally weak intersection. Small air leakage at this connection will allow the interior winter humidity to enter the insulated cavity. Making an air-tight connection at all openings is the best way to prevent future structural damage.

Learn More

For more details and variations on this concept, download  475’s free CAD details and ebook for 475 Smart Enclosure Double-Stud Assemblies.

By 475 Building Supply

This guest blog was originally published on the 475 Building Supply blog.

Reference