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We pride ourselves in providing the highest quality products and services in the industry!
OUR PROCESS:
It starts up front with the responsiveness of our sales team.
When a project is launched, sales, project management, and
engineering work closely to develop a modular solution that achieves
all design and functional criteria.
 We then
initiate a review that incorporates input from each
department to affirm the systematic
construction plan. A set of construction prints are then
engineered in-house
and submitted for State and customer approvals.
Once released to production,
project managers continue their involvement while our quality control (QC)
staff works hand-in-hand with each department to monitor specifications, materials, and
workmanship.
 State
or State-certified Inspectors
visit our factories during construction, as they do traditional
jobsites, to verify each structure meets applicable
building codes.
Finally, when the project is completed we look at results from a "closed loop" perspective.
Simply put: we believe we learn something from each project that helps
us improve our future methods, products, or
pricing.
 WOOD FRAME:
When compared to on-site methods, the integrity of modular
structures is proven inherently more rigid and performs
better than conventional framing.
When it comes to durability, both methods utilize
identical - or comparable - materials and plan-specified windows,
doors, fixtures, hardware, trim, and finishes. Both methods
conform to the same regional, state, and local building
codes and requirements.
A key benefit of modular wood framing is that construction
takes place indoors, where lumber and other materials are kept
clean and dry. Quality is improved as there is less opportunity
for moisture to get trapped inside structural cavities, which can cause
floors to buckle and squeak, walls and ceilings to crack, and
mold and mildew to grow as moisture dissipates.
Building indoors also accelerates the entire construction
process eliminating weather delays and lowering your overall
costs.
 All framing lumber is
assembled on flat, square, engineered jigs then assembled using
mechanical fasteners and adhesives to prevent loosening or separation.
Sections are then insulated and carefully lifted into position with hydraulic
cranes.
This process produces quality that simply cannot be duplicated
on a job site.
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 STEEL FRAME:
This building system is our solution for non-combustible
construction, or regions where a wood frame is more susceptible to boring
insects, mold, and mildew.
With its superior strength-to-weight
ratio, and fastening system that utilizes screws, bolts,
and welds, the cold-formed steel frame may also offer better
performance under seismic stress and high winds.
Benefits of Our Steel Frame System:
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Non-combustible, non-toxic, and recyclable building material.
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Fastening system has better resistance to high winds and seismic stress.
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Higher strength-to-weight ratio.
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Galvanized to resist corrosion and rust, and
impervious to dry rot.
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Resists boring insects eliminating prevention
costs.
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Does not mold, mildew, or off-gas chemicals.
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Will not swell and shrink as humidity fluctuates.
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 CONCRETE FLOOR SYSTEM: (Option)
 Nothing is quieter under foot or more stable than a solid concrete sub-floor!
Our sub-floor systems consist of steel
frame and cross members, insulation, a ribbed steel
composite deck, cast-in welded wire or fiber- mesh reinforcement,
and regular or lightweight mix concrete. The total slab
thickness will vary depending on
load requirements.
Concrete floor systems are designed to
integrate with our wood or steel frame systems. Concrete
floors are used to
meet various construction classifications, including the non-combustible
class, load requirements, or simply a personal preference.
To complete this system choose standard or designer floor tile, carpeting, real or composite wood, slip-resistant
or other chemical coating.
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