Gratitude

We are very grateful and excited to serve across Canada. We have
202 customers in Nova Scotia!
109 in Quebec
88 in New Brunswick
58 in PEI
15 in Newfoundland
14 in British Columbia
13 in Alberta
12 in Saskatchewan
11 in Manitoba
2 in the Yukon
And many many more in Ontario!
Thank you everyone so much for trusting us to help you with your shelter solution. We are grateful for the opportunity to partner with you on your projects!

Wind braces for structures

There is no dispute on the need for wind braces on any structure. There is often confusion on how and when those braces need to be installed.

The sooner that some sort of bracing is installed on a building, the easier it is to maintain plumb or vertical. For this reason, we stress the importance of tying off a building, both ways, as soon as the first section has been erected.

One detail that many over look is the total surface area of the hoops. It does not take very long to have the combined surface of a 4’x8’ sheet of plywood. For this reason, it is important to not rely for an extended period of time on your initial tie down ropes as your “bracing”. There have been instances where the combined surface area of the hoops is more than the entire gable end.

If you are doing a long building with long hoops, i.e. 30’ wide, it would be wise to install the bracing before the whole structure is assembled.

Wind bracing can be installed in two directions, one goes away from the end wall and one goes toward the end wall. Both ways are acceptable, provided that you do both. If you install them toward the end at one end, you must do the same at the other end. By doing the same concept at each end, you are essentially holding things in opposite directions.

When bracing goes away from the end, the load is referred to as “tensile load”. Cable is often used for this. The cable and the clamps used must be rated against stretching and breaking. This is a convenient system since you are not limited by a precise measurement. When using this system, it is important to end up at the ground, in the 4 corners.

When bracing goes toward the end, the load is referred to as “compression load”. Round tubing with flattened ends is most often used. It is important to make sure that the tubing is strong enough as to not bend as it is being compressed. This is the method which has been used the longest since the instinctive way to brace something it to “prop something against it”.

With either method of bracing, where you start and end is very important. For bracing to be effective, you must start at a point that is connected to the whole structure. This would be either the ridge or a row of purlins. Starting at a mid point of a hoop will give little reinforcement since the hoop can flex from side to side. The closer that bracing goes at 45 degree angle, the stronger it will be.

In the case of longer hoops with multiple rows of purlins, it is advisable to have a series of shorter braces than one long one. This means you would start at a certain hoop/purlin connection and go down and over for 3 or 4 hoops and anchor at that hoop/purlin connection. Go over to the same hoop you did the first brace on and repeat the process from the lower purlin. You would then be going down to the base or the next row of purlins. Remember that if at one end, if you are going left to right, on the other end you go right to left.

Where ever you end up, it is wise to have extra anchoring at that point.

For extra clarification, please watch our “installing wind braces” video on the website.

Featured Application: Marinas-Need help Shrink Wrapping or Storing Boats?

We have your solution! Our structures have been used by customers such as Hastings Marine and Terry Senecal in Gananoque for large scale protection while shrink wrapping boats and storing boats and RVs.

Keep the weather off you and extend the available time for working!

These buildings give you the environment to do a more effective job since you won’t be affected by wind and moisture. We would love to help you find the best solution for your business

Please call for Sample Storage Shelter Pricing
including 12mil woven tarp for roof & ends sizes 16′-30′ wide any length

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and we can even do custom projects if you require like this creative one for a customer living on his boat!

George Mainguy Structure

Featured Application: Salt & Sand Storage Buildings

salt storage

It’s prime time to get your salt storage structures from Multi Shelter Solutions to be delivered while it’s still great installation weather!

We offer many sizes to choose from, and can custom manufacture for your unique situation as well.

They can be mounted on blocks, shipping containers or direct to a ground beam or with anchor posts.Check out the pages below for extra pricing and information regarding these structures, and call us for your custom quote! We look forward to helping you find your shelter solution

Salt and Sand Storage
Large Storage

Featured Application: RV Cathedral Shelters

There are numerous applications where additional headspace takes priority over floor space. Multi Shelter Solutions has a CATHEDRAL shaped structure which is the result of simply taking a regular profile arch and reversing what is typically the top and bottom. This is another example of how our innovation creates a “custom” structure at standard pricing. This profile is our most snow resistant model. The 4 basic sizes combined with any length allow virtually any vehicle to be covered economically.

see our RV Cathedral Page for more information, pricing and the brochure

 

Air Circulation & Humidity Control

Even though many people would consider air circulation and humidity control as totally separate functions, they are closely intertwined.

You may have the proper sized openings to create the proper amount of air changes.

You could still have hot or cold spots in your greenhouse if you do not have proper circulation.

The same can be said about removing humidity.

For a ventilation system to have optimum efficiency and benefit, there must be balance. Having proper air circulation allows you to achieve that balance.

Horizontal air flow (HAF) fans typically come with a cage around the blades, a hanger bracket and a cord with plug. This allows them to be attached or suspended from the frame at the proper location. The motors are rarely more than 1/3 hp.

HAF fans always are installed in pairs and blow in opposite directions. A short greenhouse will have one in the front right corner and in the back left corner. A longer greenhouse will still have one in the front right and back left but also two half way down the length. The one on the right will blow in the same direction as the front right. The one on the left will be blowing in the same direction as the back left.

HAF fans should never be mounted in such a way that allows them to be blowing directly at plants. This would create an uneven drying. Some people will aim the fans slightly in the direction of the cover to ensure maximum air flow along the cover to maintain dry covers.

These fans run continuously to ensure that the temperature and humidity are spread evenly throughout. It also ensures that your thermostat or humidistat are reacting to air or moisture that is representative of what is going on in the greenhouse.

Ventilation is a difficult area of greenhouse production to get perfect. The more attention you pay to the details and modify what you are doing, the greater your production. The tricky part is that with all the variables, no two years will be the same. Carefully consider all your options and the situation you’re dealing with and you will have success!