The Types of Permanent Building Materials

The Types of Permanent Building Materials

Permanent modular construction continues across commercial, industrial, institutional and residential projects worldwide. The benefits of reduced environmental impact, streamlined construction processes and resource efficiency, makes modular construction extremely favorable to many industries. The watchword with permanent modular buildings is "flexibility" and includes the choices of modular building materials used to construct them.

Materials Used in Permanent Modular Buildings

Permanent modular buildings are built to the same construction codes and standards as traditional or conventional site-built projects and often surpass them. Modular construction allows for virtually any size, shape or style as per building specifications. The choice of construction may be Type V consisting of wood frame, combustible materials or Type II consisting of steel and concrete, noncombustible materials.

Streamlined Indoor Build

Significantly different from site-built construction, modular construction occurs indoors in a remote facility within a temperature controlled environment. The first advantage to indoor construction is eliminating the harsh environmental challenges as well as more comfortable conditions for streamlined construction. Modular building materials include wood-frame floors, walls and pitched roofs or concrete and steel floors, sheet-rock interiors, brick and stone exteriors, lighting, electronic connections or hook-ups, complete electrical service, HVAC, plumbing, restrooms, granite counters and windows.

All of this work is completed in half the time it takes to construct site-built units. In modular construction, site work is performed simultaneous with indoor construction, resulting in significant time savings. Modular homes and modular buildings are custom built to specifications with inspectors on premises to ensure permanent building materials and construction comply with building codes. Designs can be single or multi-story, depending on the client’s need.

Transit and Placement

A further advantage is that modular buildings are designed to be stronger than conventionally constructed structures. This is the result of using screws in lieu of nails as well as the implementation of glue on joints. Because modular buildings need to be transported to its final destination site, additional lumber is used to help keep them secure and stable during transit. This results in permanent modular units consisting of about 10-20 percent more lumber and more durability.

Permanent modular construction is more efficient and reliable than traditional construction methods making it the best method for building construction.

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