Benefits of Fiberglass Buildings in North Dakota

There are many benefits to having fiberglass buildings in North Dakota as well as other places. Here are some of them:

 Corrosion Resistance

They have superior resistance to a wide range of chemicals. The buildings are unaffected by moisture or immersion in water when sealed. There is no rusting like metal and no rotting like wood.

Lightweight Material

Fiberglass shapes usually weigh 75% to 80% less than similar steel shapes and 30% less than similar aluminum shapes.

EMI and RFI Transparency

The fiberglass material is transparent to electromagnetic and radio frequency interference. This has been certified by many standard organizations for use in RF transparent screening and enclosure systems.

Easy Installation

The fiberglass buildings can be field fabricated using simple carpenter tools and the components are easily lifted into place during installation.

High Strength Material

Fiberglass is stronger than steel and aluminum, pound-for-pound in lengthwise direction.

Low Conductivity

Fiberglass has low thermal and electrical conductivity properties and high dielectric capability.

Practically Maintenance Free

Fiberglass will not permanently deform under any kind of impact. Corrosion resistance does away with the need for constant painting and upkeep. This provides long-term and cost effective solutions with lower life cycle costs.

Versatile Types Available

Fiberglass is available and can be made in a wide variety of profiles for many different markets. Multiple resin types and custom color options are also available.

Fiberglass buildings in Colorado are used because of these many benefits that they offer for many applications.

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Estimating Materials for Fiberglass Buildings in Colorado

When you start the process of setting up fiberglass buildings in Colorado, here is how you should estimate for materials:

Step 1: Start by calculating the surface area of the project

Estimate irregular shapes by measuring the approximate sized rectangles necessary for containing the tapered areas. Multiply the length by the width for each rectangle, and then add all the rectangles together to obtain the total surface area of the part. If the calculation is in square feet, divide by nine to get the measurement in square yards.

Step 2: Make a list of each type of reinforcement for lamination

Multiply the square yards calculated above with the ounce-weight of the fabric. This is the total weight of a single layer of that material. It is also the amount of resin that is needed to saturate it. When this is known for a few different types of materials, you can calculate the weight and cost of a laminate created from any combination of these fabrics. To convert the ounce-weight to pounds, divide by 16.

Step 3: Calculate use of gel coat, primer coat, and surfacing primer

Except for the very lightest of molded laminations, all require a gel coat. This gel coat must be 15-20 mils in thickness. A 20 mil gel coat will need one gallon of gel coat mix for each 80 square feet of mold surface.

When covering plywood with fiberglass, additional resin is needed to prime the wood as well. This is apart from the resin required to saturate the fiberglass. To ensure adequate saturation, add 20% more resin to the original estimate.

Fiberglass buildings in Colorado will be easier to build if you follow these estimating steps.

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