Tag Archives: plasti-sleeves

Living Quarters, Plasti-Sleeves, and Poly-carbonate Roof Panels

The Pole Barn Guru answers questions about living quarters, Plasti-Sleeve sizes, and poly-carbonate roof panels.

DEAR POLE BARN GURU: Hello there, 

I have a quick question that I’m hoping someone can answer for me.  For your metal buildings that feature “living quarters” such as (PROJECT# 04-0509), have any of these ever been built on a property in Washington state as the primary residence (not as an accessory building)?

I am searching for a piece of land in Thurston county, and plan to build a home and a ~3,000 square foot shop.  I love the idea of combining the two.  I know that this is common in other parts of the country (with companies like Morton Buildings), I’m just not sure if this is doable in Washington state.

If you have any insight, I’d love to hear it.

Thank you for your time!

ROBERT in OLYMPIA

P.S.  If you have any interior pictures of Project# 04-0509, I would love to see those.

DEAR ROBERT: Thank you for your interest. Post frame (pole) buildings are Code compliant structures and can be erected upon any buildable lot. You will have to meet Washington State Energy requirements Energy Code (as will any new residential construction). Your local Planning Department or a HOA may dictate specific types of roofing and/or siding to meet local covenants. This is not an issue for post frame as we can provide any type of exterior materials.

Because we supply only kit packages, we rarely get finished interior photos of our buildings. We will hope to be seeing ones from you in the not too distant future!

 

DEAR POLE BARN GURU: The pole sleeves are .25″ too small for all of the hem fir PT posts that are used for door openings. What do i do?  SCOTT in EAGLE

DEAR SCOTT:

This is from the manufacturer’s website:

Helpful Hints:

Wood, especially treated, can swell with moisture beyond its normal dimension. If your Plasti-sleeve (more on Plasti-sleeves here: https://www.hansenpolebuildings.com/2012/04/plasti-sleeves/) is too tight, here are some ways to ease installation without forcing it on.

  1. If your post has sharp corners, plane or shave with a saw to allow sleeve to slide on.
  2. Plane or saw sides of the post the length of the Plasti-sleeve.
  3. Use dish soap or similar slippery lubricant to aid in sliding on.
  4. In case of cold weather installation it may help to warm the sleeves to expand them.

 

DEAR POLE BARN GURU: Why do you have the clear (translucent) light panels on the side-wall rather than on the roof?
Thanks, MARK in LAKEVIEW

DEAR MARK: Rather than rehashing a subject I have expounded upon previously, here lies your answer: https://www.hansenpolebuildings.com/2012/01/skylights/.

Challenges also exist with skylights and fires: https://www.hansenpolebuildings.com/2016/01/one-more-reason-to-not-use-skylights-in-steel-roofs/.

 

Towards upper left hand corner of every webpage at www.HansenPoleBuildings.com you will find a magnifying glass adjacent to “Search”. To find information on any post frame building subject CLICK on Search and type your subject into this dropdown box, then ENTER. Magically answers will appear, in order of relevance to your request!

 

Plasti-Skirt

My now 23 year old daughter Allison sent me this meme once. I found it quite appropriate for self use when I mentioned a product in yesterday’s article which I had never written about.

From Homework Design, the makers of Plasti-Sleeve® Post Protectors is another innovation towards post frame building longevity – the Plasti-Skirt.

Plasti-Skirt enhances quality and protection for post frame buildings. Rot and decay of skirt boards (aka Splash Planks) can compromise your building structure with serious problems. Many new wood preservatives are evolving in the wake of CCA treatment being phased out for many uses. However most of the new treatment formulas are unproven long term… but plastic is. The HDPE plastic used in Homework Design products is completely resistant to moisture, organic matter, concrete, most chemicals (including wood preservatives), animal wastes, etc. Use Plasti-Skirt and Plasti-Sleeve for total protection and confidence on your new post frame buildings.

Plasti-Skirt is a heavy duty u-shaped plastic cover for skirt boards in post frame construction. With an inside measurement of 1-9/16 inches and 7-1/4 inches tall, it fits ideally over 2×8 skirt boards. Standard lengths are 8’3” and 10’3” to provide adequate overlaps between adjoining members.

While most new generation pressure treating chemical formulations are no longer (or minimally) corrosive to steel trims and siding, Plasti-Skirt does provide a positive barrier between treated lumber and steel trims and siding.

Skirt boards are largely overlooked as being a key structural component of post frame buildings, however they are essential to the proper transfer of wind shear loads to the wall columns and thence into the ground. Plasti-Skirts protect the vital skirt board from ground contact, decay, concrete, moisture, etc.

Quick to install, Plasti-Skirt cuts easily with snips, saw, or knife.

Concerned about premature skirt board decay? Or maybe it is termites you fear? If so Plasti-Skirts might just be the answer you were in search of!

Pressure Treated Lumber

Preserving Wood Columns Beyond Code Requirements

The Building Codes (IBC – International Building Code and IRC – International Residential Code) specify minimum requirements for pressure treated lumber used to structurally support buildings.

My previous dissertations on pressure treating are available for your reading pleasure here: https://www.hansenpolebuildings.com/blog/2012/10/pressure-treated-posts-2/ and https://www.hansenpolebuildings.com/blog/2014/05/building-code-3/

Pressure Treated PostsHansen Pole Buildings Designer Kelly brought to me the question (posed by one of his clients) about the available (and feasibility) of the utilization of greater levels of preservative treatment chemicals for wooden columns embedded in the ground.

Higher levels of pressure preservative treating are available for pressure treated lumber. However they are going to be done by special order at the pressure treating plant. Special orders come with “special” (read – higher, sometimes MUCH higher) pricing, as well as extended periods for delivery of product.

The reality is, if the Code requirements will last the useable lifespan of the building or more, an increase in the treating levels is probably not the best investment of a building owner’s hard earned funds.

If one is skeptical (or even unbelieving) about the ability of properly treated pressure preservative columns to last when embedded in the ground, there are some alternatives.

Plasti-sleeves® https://www.hansenpolebuildings.com/blog/2012/04/plasti-sleeves/ or Post Protectors™ can be placed over the in-ground portion of pressure preservative treated columns to isolate the wood from contact with the surrounding soils.

Carrying the argument even further, columns can be removed from ground contact completely! Engineered brackets are available which allow columns to be mounted to foundations, or even concrete piers which are poured into the ground: https://www.hansenpolebuildings.com/blog/2012/09/concrete-brackets-2/.

Also available, are patented pre-cast concrete short columns with brackets on top, which can be placed into previously augured holes and the wood columns are then attached to the brackets.

The end game is, there is a design solution available to fit every future building owner’s level of comfort and pocket book when it comes to pressure treated lumber.