Sourcing Timbers and Brackets for our Post and Beam Great Room

This past winter was the coldest Ontario has seen in 20 years. Spring is officially here however the nicer weather hasn’t exactly arrived yet. After checking in with our builder, it appears we’ll need a little more patience before the roads dry up allowing us to get back into the construction scene.

During our planned sea container construction downtime, we have been busy preparing for our next steps.

1. Source big timbers

We believe in local sourcing to support the community and to reduce shipping costs. These savings will ultimately reflect in our final construction costs so we searched for a nearby sawmill with the capacity and capability to mill up dimensional timbers as large as 10″ x 10″, and some as long as 26 ft.  Sure enough, just one concession road over from the project site, our friendly local sawmill was up for the task.  Timbers of this size require a long lead time. Our order was placed months ago in order to align with our spring construction period.

2. Source heavy steel brackets

Another long lead time item are the custom heavy steel brackets for connecting the post and beam timber works.  For ease of on site assembly, and for the beefy rustic look, we decided to go with heavy steel brackets instead of custom fit hand carved joints.  Once the final dimensions of the rough sawn timbers were confirmed, design and engineering of the brackets were finalized, and off they went into the fabrication shop for manufacturing, and over to the finishing shop for a hot dipped galvanized treatment.

Now we wait for the ground to dry up.

Once we mobilize the crane, the containers will be placed on their foundations. Then we start building the great room.

The following preparation and progress has occurred while the site lay in winter hibernation:

  1. Post and beam timbers sourced and cut, ready for delivery
  2. Manufacturing of enormous engineered brackets and hot dip galvanizing, ready for delivery
  3. Researching off-grid power and determining requirements of the cabin, keeping us busy –  interesting findings on the latest energy storage technologies post to follow
  4. Documenting interior design requirements so that a furniture, electrical and lighting plan could be created to optimize the living space. We have an exciting interior designer engaged – deserving of her own dedicated post.
  5. Did we mention we’re hoping to have the sea container cabin project filmed for a TV series?  Film producers are excited about the rich content of this project, so we’ll see if they can keep up with the speed of the build this summer.

white pine timbers for sea container cabin

First load of timbers for the great room are waiting to be delivered.

If you would like greater detail on any of these topics or just want to hear more about our experiences, contact us or leave us a comment below. Your interests do influence our future community blog topics. You can also follow us on our journey by signing up for our emails.

Spotted in Shizuoka Japan

Once you are in the business of building with shipping containers, you can’t help but notice these types of projects when traveling the world. We were recently in Shizuoka Japan, and drove by a retail storefront that caught our eye. A series of containers were painted black, placed along both sides of this building and have been integrated in a way to provide furniture and goods storage. I was particularly impressed with the beefy foundations and fastening detail they employed. What a neat find. If you come across anything neat, please let us know so we can share with our community of shipping container architecture enthusiasts.

 

Japan shipping container

Japan shipping container

Demolishing the old to make room for our new shipping container cabin

Demolition time has arrived.

The excavator and our seasoned contractor George are making quick work of what is otherwise a mountain of carnage.

The old cabin was rotted from beneath, but it was built tough. Demolishing the old revealed that this little cabin had multiple layers of material in every part of its construction. The floors were composed of steel beams, joists, tongue and groove subfloor, SM foam, plywood, and finally topped with hardwood flooring. The walls were tongue and groove pine on the interior, studs, fiberglass insulation, tongue and groove board exterior, tongue and groove wood siding, topped with an extra layer of cedar board and batten. The ceiling to roof was composed of tongue and groove pine ceiling, studded partially vaulted ceiling, fiberglass insulation, roof rafter joists, tongue and groove board roof sheeting, asphalt shingles, wood strapping, steel roofing. The amount of material to dispose, recycle, reuse and burn was equivalent to 2 or 3 such structures.

Looking forward to starting our foundations next.

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demolition1

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If you have any questions about our demolition experience, please contact us or leave a comment below. You can also follow our project and be the first to know what’s going on by signing up for our blog.

Scale Model of Our Shipping Container Cabin

 

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One of our excited project followers has taken the initiative of printing a scale model of our Shipping Container Cabin on his home built 3D plastic printer. For those of you who are unfamiliar with 3D plastic printing, there is a niche following of techies that design and build 3D printers that literally print out 3 dimensional objects using melted plastic droplets. Think of it as a miniature hot glue gun with brains, motorized controls, and a computer interface. This 3D model was printed using our original concept design for our shipping container cabin in Google SketchUp. As you can see, the end result looks just like our Project OCTOPOD!

We love it when people take the initiative to build creative projects with creative tools.  Imagine the day when we can print out full scale housing?

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Antarctic Shipping Container Research Station

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This shipping container project caught my eye given the sheer style and size of the complex.  Then you realize it is in the middle of nowhere.  Excellent project, this is certainly a noteworthy show piece.

http://www.gizmag.com/bharathi-research-base/28498/

 

Insulating Coatings for High Temperature Applications

Ceramic coating high temp testIn contrast to the previous post about using insulating coatings for ambient and cold temperatures, I would like to share my direct research on the use of ceramic coatings for high temperature applications.

I received a piece of metal with a 1/4″ think layer of ceramic coating, This is at least 10 times thicker than any of the manufacturer recommended thickness applications provided for our sea container cabin project. The origin of the coating was not confirmed, however we believe it is a SuperTherm product. We jumped straight into the high temperature test using the ceramic coated metal, a torch and an infrared temperature gun and videotaped the results to share with you.

This video speaks for itself.

Suffice it to say, I am convinced that ceramic coatings do have amazing performance characteristics in high temperature and high delta T applications that would be great for high temperature applications.

VIDEO: Ceramic coating high temperature test

DIY Shipping Container Cabin Kits

Sea Container Cabin is inspiring a growing number of shipping container cabin enthusiasts across Canada and around the world. We offer the following products and services to help others develop their own shipping container cabins, cottages, homes or buildings.

  1. Building with Shipping Containers – 2h Private Session with Jason Rioux. This is what everyone keeps asking us for. A 1-on-1 session outlining design and construction tips and techniques for building with shipping containers. This session provides clients with the “must-have” understanding of design and construction considerations unique to working with steel shipping containers.  This is the foundation of research and development upon which to create your own creative residence from recycled steel shipping containers.  The session covers details of key elements outlined in the Checklist above, and will save clients hundreds of hours in completing their own research and development. And we’ll share all the Q&As others before you have asked who have already started the process of building their own container projects. 2h Private Consultation Session is $300 + HST.  BUY NOW
  2. Octopod Construction Plans. Includes the full set of construction plans for the Octopod. This product is intended for DIY shipping container cabin clients that would like to build their own Octopod. The first Octopod project is fully constructed in Canada and serves as a demonstration facility for proof of concept and viewing by clients and customers. Site specific design review (such as foundations) and custom design changes are available upon request under Consulting Services. Octopod Construction Plans are available for $1000 + HST.  BUY NOW
  3. Octopod Materials Kit. Contains all the major construction materials required to build the Octopod. We source all the containers and construction materials, pack the containers with the construction materials, and ship the containers to your construction site, anywhere in the world.  Once the Kit arrives at your site, you are responsible for your own assembly and finishing of the Octopod. The Kit does not include concrete foundations or spray foam insulation which must be sourced and installed locally. Pricing of the Octopod Materials Kit is available upon request.
  4. Consulting Services. We provide consulting services on design, engineering, permitting, procurement, and construction of shipping container projects.  Whether it be expert advice, site specific Octopod design modifications, or full design and engineering of your own custom sea container home, it is based on your specific needs. Contact us for more information.