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In General Information, Steel Building Costs

How Much Does a Pre-engineered Metal Building Cost?

Answering the One Question Everyone Asks About Steel Buildings The question asked most often at RHINO Steel Buildings is, “How much does a metal building cost?”  Unfortunately, that’s like asking, “How long is a piece of string?” Many Factors Affect Metal Building Costs There are so many variables for a prefabricated metal building. You can visit RHINO's service center for more information or you can read about just a few of the elements that determine the final cost of a… Read More

In General Information, Steel Framing 101

Standard or Custom Steel Buildings?

The Choice that Makes a Big Difference in Metal Building Costs All the steel building Web sites and brochures talk about standard steel buildings and custom built metal buildings. What do those terms really mean? Standard versus Custom Steel Buildings At RHINO, a “standard” order is a basic box design with a moderate gable or single slope roofline up to a 4:12 pitch and with an 8’ to 40’ height. A design classified as a “custom” requires unusual or more… Read More

In Earthquakes and Steel Buildings, General Information, more

A Steel Storage Building to the Rescue

How a Steel Warehouse Survived the San Francisco Earthquake After spending most of my adult life in the pre-engineered steel building business, I am always intrigued by the history of steel structures.  Recently I encountered a fascinating story about a steel storage building built in 1906. The great San Francisco earthquake struck on April 18, 1906.  Estimated by modern seismologists to have measured between 7.7 and 8.2 on today’s Richter Scale, the earthquake reduced the busy metropolis to rubble.  In… Read More

In General Information, Steel Framing 101

Steel Buildings 101: Part 3— Endwall Steel Framing

In the first two “Steel Buildings 101” articles, we discussed primary framing and secondary framing basics.  This last article in the series covers endwall framing. Steel Building Endwalls: Post-and-Beam There are three basic types of endwalls in pre-engineered metal buildings. The RHINO standard building endwall illustrated at right is called a POST-and-BEAM endwall, or a BEARING endwall.  Endwall POSTS within the endwall help support the load. The post-and-beam endwall only carries half the load of the bay, so lighter C-channel… Read More

In General Information, Steel Framing 101

Steel Buildings 101: Part 2— Secondary Steel Framing

High-tech advances in design software and steel production have decreased the cost of pre-engineered structural steel framing.  Now produced in large-scale factories, prefabrication makes steel buildings and steel framing systems assemble quickly and easily, reducing construction costs, too. Result?  The strongest building material is now also the most economical for most low-rise construction.  You get the best building at the best price for all your agricultural, commercial, industrial, and storage building projects. Steel Buildings: Secondary Framing In Part 1 of… Read More

In General Information, Steel Framing 101

Steel Buildings 101: Part 1— Primary Steel Framing

Learning the Basic Parts of Pre-engineered Steel Buildings Pre-engineered steel frame building kits dominate low-rise agricultural, commercial, industrial, and storage construction in today’s market. Why? Recent advances in design software are drastically minimizing engineering and manufacturing time, while maximizing productivity.  Precise calculations adjust for the loads required on metal building frames and automatically design steel frame building kits with the most efficient use of materials. RHINO metal building packages arrive at the site with all the steel framing pieces prefabricated,… Read More

In General Information, Steel Framing 101

7 Types of Pre-Engineered Red-Iron Steel Buildings- Part 6

Lean-To Steel Buildings The framing choices discussed so far in this six-part series are primarily used for construction of new pre-engineered metal buildings. However, the lean-to steel systems are designed specifically used for additions to existing steel buildings. Enlarging Steel Buildings with Lean-To Framing Adding floor space to a pre-engineered metal building is normally accomplished by adding steel frames to the length of the structure. Expanding at the endwall presents two problems. First, sometimes the lot does not allow room… Read More

In General Information, Steel Framing 101

7 Types of Pre-Engineered Red-Iron Steel Buildings- Part 5

Single Slope Steel Buildings RHINO prefabricated steel buildings come in many different framing styles. Each system has its own advantages. The end-use of the structure, project budget, and local building code generally dictates the choice of framing system. This fifth segment of the six part series explores the particular uses of the single slope steel framing system. Single Slope Steel Buildings and Additions Simple and economical, the single slope framing system lends itself to both new buildings and additions to… Read More

In General Information, Steel Framing 101

7 Types of Pre-Engineered Red-Iron Steel Buildings- Part 4

Modular Span Steel Buildings Part Four of this series on prefabricated steel buildings will cover the three types of modular span framing. You’ll learn the advantages of using modular spans and the applications where this type of framing works best. (See list below of earlier articles which discussed the differences in clearspan and modular span framing, and straight column, and tapered column framing.) Modular Spans Steel Buildings: One, Two, or Three Row MODULAR SPAN pre-engineered metal buildings provide a more… Read More

In General Information, Steel Framing 101

7 Types of Pre-Engineered Red-Iron Steel Buildings- Part 3

Tapered Column Steel Buildings The first two parts of this series on prefabricated steel buildings covered clear span vs. modular span framing and the benefits of straight column framing. Now we’ll look at the strengths of tapered steel column framing. A TAPERED COLUMN metal building system provides the widest possible spans without the need for interior supports. They are more economical on larger clear span designs than straight column framing, since building tapered columns use less steel. Tapered column framing… Read More

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