Factory Construction
Factory construction in Texas is heavy-building work: reinforced slabs sized for machine loads, structures sized for cranes, electrical services sized for production, and an occupancy classification shaping every life-safety decision. PCS is equipped to deliver factory buildings with that structural rigor, applying our process discipline to the most demanding category of industrial shell.
Factory Construction in Texas
Precision Corporate Services is a commercial general contractor based in Spring, TX, serving clients across Houston, The Woodlands, Conroe, and the surrounding region since 2017. We are licensed, insured, and bonded with $2 million in liability coverage, and we operate as a single point of responsibility from permits to keys. On a factory project, where the structure, slab, and utilities must anticipate equipment the building has not met yet, that accountability starts in design.
What Factory Construction Demands
This page covers the factory building itself — the structure, slab, power, and ventilation that production depends on. The production-operations fit-out for manufacturing facilities, from process piping to equipment installation, is its own discipline with its own page.
Factory (F) Occupancy Classification
Factory buildings fall under Group F occupancy in the adopted building code — F-1 for moderate-hazard operations, F-2 for low-hazard — and the classification drives allowable areas, construction types, fire separation, sprinkler design, and egress. Operations involving flammables or combustible dusts can push portions of the building into H occupancy with far stricter requirements. Our approach classifies the occupancy during preconstruction, with the owner's process data in hand, because a misclassified factory fails plan review — or passes it and fails an insurance audit later.
Heavy and Reinforced Slab Design
A factory slab is a structural element, not a floor. Machine bases, point loads, forklift traffic, and flatness tolerances drive thickness, reinforcement, joint layout, and concrete mix — and on the expansive clay across Harris and Montgomery counties, subgrade preparation matters as much as the concrete itself. PCS plans slab design from geotechnical data and the owner's equipment load schedule, because a slab poured before the loads are known is a slab that gets demolished and repoured.
Crane Runway Structures
Overhead bridge cranes change the entire structural design. Runway beams, crane columns, lateral bracing, and deflection limits must be engineered into the frame from the start — crane loads are dynamic, and a structure designed for a static roof cannot simply have a crane bolted to it. Our process captures crane capacity, span, hook height, and duty cycle during preconstruction so the steel package is designed once, around the lifting the plant will actually do.
Electrical Service Capacity and Distribution
Factories consume power at a different order of magnitude than commercial buildings: heavy machine loads, large motor starting demands, and distribution at 480 volts through switchgear, busways, and motor control centers. Service capacity must be negotiated with the utility early — transformer upgrades carry long lead times — and distribution must reach equipment positions without choking future rearrangement. PCS coordinates the utility application during preconstruction so service capacity never becomes the critical path.
Ventilation and Exhaust for Industrial Processes
Industrial operations generate heat, fumes, and particulates the building must remove: general dilution ventilation, local exhaust at fume-producing equipment, and makeup air to replace what leaves. In the Gulf Coast climate, makeup air also carries a humidity load the design has to handle. Our approach sizes ventilation around the owner's actual process list, coordinates exhaust penetrations with the structure and roof, and confirms code-required rates with the mechanical engineer before the envelope is finalized.
Employee Facilities Inside the Plant
Every factory contains a second, smaller building: offices, break rooms, locker areas, and restrooms scaled to shift size and TAS accessibility requirements. These conditioned spaces need fire separation from the production floor where the code requires it, and they have to function acoustically next to running machinery. PCS builds employee facilities as conventional commercial interiors within the industrial shell, sequenced to finish alongside the production areas rather than after them.
Our Factory Construction Process
Every PCS project runs on the same backbone: preconstruction that prices the real scope, permitting handled in the correct jurisdiction, construction managed through every inspection, and one accountable team from start to closeout. On a factory project, that backbone carries the heavy-building layers — occupancy classification, structural and slab engineering, utility service applications, and fire protection design — through our ground-up commercial construction process. Houston's lack of zoning gives industrial owners siting flexibility most cities cannot offer, while permitting runs through the City of Houston Permitting Center or the county, and projects over $50,000 require Texas Accessibility Standards review through TDLR.
Aaqib Mohammed, our President, brings more than ten years of hands-on field experience and an MBA from Rice University's Jones Graduate School of Business, and he stays personally involved in every project. For industrial owners, that means direct access to the decision-maker and a contractor whose business runs on referrals and repeat clients.
How PCS Approaches Factory Projects
PCS approaches factory work from a position of honest, demonstrated adjacency. The ground-up warehouse and flex projects in our portfolio carry the structural core of factory construction: engineered slabs on expansive clay, clear-span steel structures, industrial shells with office components, and Houston-area permitting. A factory raises the loads, the power, and the code complexity — it does not change the planning discipline underneath them.
We are equipped to take on factory scopes where that discipline transfers directly: ground-up factory shells, plant expansions, and building upgrades that prepare older structures for new production — work that often sits alongside industrial processing facilities on the same campus. Our approach is the same for each — classify the occupancy with real process data, engineer the slab and structure around actual equipment loads, secure utility capacity early, and hold one team accountable. We will tell you plainly which scopes fit our capabilities, because guesswork in heavy construction is a cost no owner should carry.
Related Services for Factory Projects
Ground-up factory buildings start with Commercial New Construction. Plant expansions and structural upgrades fall under Commercial Remodeling and Additions, and office and employee-facility finish-outs run through Tenant and Office Build-outs.
Owners managing complex industrial programs can engage PCS for Commercial Project Management on the owner's side or Commercial Construction Management for daily on-site supervision.
Frequently Asked Questions — Factory Construction
What occupancy classification applies to factory construction in Texas?
Factory buildings are Group F occupancy under the adopted building code — F-1 for moderate-hazard operations and F-2 for low-hazard. Processes involving flammables or combustible dusts can push areas into H occupancy with stricter requirements. PCS classifies the occupancy during preconstruction using the owner's actual process data.
How thick does a factory slab need to be?
There is no standard answer — slab thickness, reinforcement, and joint layout depend on machine loads, forklift traffic, and flatness requirements, plus the expansive clay subgrade conditions common in the Houston region. PCS designs the slab from geotechnical data and the owner's equipment load schedule before any concrete is placed.
Can a crane be added to an existing building?
Sometimes, but rarely simply. Crane loads are dynamic and require runway beams, reinforced columns, and bracing engineered into the structure. Retrofitting often means significant structural modification. PCS evaluates the existing structure first and gives owners an honest answer on whether reinforcement or new construction is the better investment.
Has PCS built factory projects before?
Our proven ground-up experience is in warehouse and flex construction, which shares the structural core of factory work — engineered slabs on expansive clay, steel structures, and industrial shells with office components. For factory-specific scopes, PCS is equipped with the heavy-building discipline those projects require, and we are direct with owners about which scopes fit our capabilities.
How is electrical service capacity arranged for a factory?
Service capacity is negotiated with the utility, and transformer and switchgear upgrades carry long lead times. PCS coordinates the utility application during preconstruction, with the owner's load data in hand, so the service is sized for production and never becomes the critical path.
What is the difference between factory and manufacturing facility construction at PCS?
This page covers the factory building — structure, slabs, crane runways, power distribution, and F-occupancy compliance. Production-operations fit-out, including process flow layout, equipment foundations, and process utilities, is covered on our manufacturing facility page. Many projects involve both, and PCS coordinates them as one scope.
What areas does PCS serve for factory construction?
PCS is based in Spring, TX and serves Houston, The Woodlands, Conroe, and the surrounding region, with expansion underway into Dallas. Call 281-719-0133 and we will confirm coverage for your site.
Build Your Factory Project With PCS
A factory building should never limit the production inside it. Call Precision Corporate Services at 281-719-0133 or send your project details through our contact form.
