Service
General Contractors of Garland handles cold storage construction with one coordinated project workflow covering site readiness, building systems, field sequencing, and final turnover for Garland and DFW owners.
General Contractors of Garland builds cold storage facilities for food distributors, cold chain logistics operators, and food processing companies across Garland and east Dallas County. Garland's industrial heritage includes decades of food processing and distribution — Kraft Foods and Cargill both operated significant food-related industrial presence here — and the city's position along I-30 and I-635 LBJ Freeway gives cold storage operators access to the dense DFW residential market that drives food distribution volume. We build cold storage for this market by starting with the operational requirements — temperature zones, rack configuration, dock design for refrigerated trailers — and working backward to the structural, insulation, and mechanical system decisions that make those requirements achievable.
Cold storage construction in Garland requires specific attention to vapor barriers, insulated panels, and refrigeration equipment coordination that standard industrial construction does not. The Blackland Prairie clay under most of Garland's industrial land creates a ground heave risk for refrigerated slab systems — freezer slabs that are not protected by sub-slab insulation and under-slab heating systems can heave as the clay freezes and expands, damaging the slab and distorting rack systems. We address those requirements in structural and civil preconstruction before the permit set is submitted.
Garland's summer heat cycle — 100-plus-degree highs from June through September with high humidity from the Lake Ray Hubbard side of the city — puts intense thermal load on cold storage buildings. We coordinate refrigeration system sizing with the mechanical engineer based on the specific Garland climate data so the refrigeration plant is sized for the worst-case summer design day, not an average temperature that underestimates peak demand.
Cold storage construction in Garland covers insulated panel systems, refrigeration equipment coordination, sub-slab protection on Blackland Prairie clay, dock design for refrigerated trailers, and temperature zone planning — all integrated into a single delivery plan. We frame those requirements at preconstruction so the field team builds toward the owner's operational temperature specifications rather than completing a building that requires refrigeration modifications after occupancy.
Dock design for cold storage is especially important in Garland where summer heat creates large temperature differentials between the refrigerated interior and the dock environment. Refrigerated dock vestibules, dock seals, and overhead door specifications all affect the cold storage building's thermal efficiency and the refrigeration plant's operating cost for the life of the building.
Cold storage field execution in Garland is driven by the insulated panel installation and refrigeration rough-in sequence. Refrigeration equipment supports, conduit penetrations through panels, and drain line slopes need to be coordinated with the insulated panel contractor before any panels are installed. Penetrations through an installed insulated panel system are expensive and compromise the vapor barrier in ways that are difficult to fully repair.
Sub-slab work on Blackland Prairie clay requires moisture conditioning of the subgrade before the insulation board and vapor barrier are placed. We coordinate the geotechnical investigation, subbase treatment, and slab design in the civil package before the foundation package is released.
Cold storage owners in Garland choose coordinated delivery because refrigerated building performance — temperature accuracy, energy efficiency, slab integrity — depends on construction decisions that cannot be undone after concrete is poured and panels are installed. A freezer slab that heaves because the sub-slab insulation system was undersized, a refrigeration plant that cannot maintain temperature because penetrations were not properly sealed, or a dock that allows excessive heat infiltration because the seal system was not coordinated with the building structure — those are failures that affect the owner's operations and energy costs for the life of the building.
Garland's food distribution and cold chain logistics market benefits from the city's LBJ Freeway and I-30 connectivity. Cold storage operators serving the east DFW residential market — one of the densest in Texas — need facilities that perform reliably year-round, including through Garland's intense summer heat cycle.
Step 1
Cold storage projects start with a detailed review of the owner's temperature zone requirements, product mix, rack configuration, and refrigeration system strategy. For Garland facilities, we add a review of the specific site's sun exposure, prevailing wind direction, and adjacency to heat-generating industrial operations that affect the refrigeration plant's design day calculations.
Step 2
Sub-slab insulation, vapor barrier, under-slab heating system, and slab joint design are coordinated with the structural engineer and geotechnical report before the civil package is permitted. For Garland's Blackland Prairie clay, we require geotechnical verification of moisture conditioning and a detailed insulation board placement plan before the slab pour is scheduled.
Step 3
Insulated panel layout is coordinated with the refrigeration equipment vendor to confirm support locations, conduit penetrations, drain line slopes, and evaporator mounting positions before panels are ordered. Panel penetrations are designed into the panel system by the manufacturer rather than field-cut after installation, which protects the vapor barrier and the thermal integrity of the building envelope.
Step 4
Refrigeration equipment installation is coordinated between our field team and the owner's refrigeration contractor. Electrical panels, condensate drain lines, refrigerant charging, and temperature zone commissioning are sequenced so each zone is tested before the owner's product moves in. Garland summer heat requires refrigeration commissioning to include a summer design day test, not just a moderate-weather acceptance.
Step 5
Cold storage turnover in Garland includes temperature zone verification at design conditions, slab inspection for early movement signs, dock seal and vestibule performance testing, and City of Garland final inspection coordination. We remain available through the first summer operating season to address any refrigeration system or building envelope issues that emerge under peak thermal load.
Cold storage scheduling in Garland is controlled by the panel installation and refrigeration commissioning milestones. Refrigeration equipment lead times of 16 to 24 weeks must be reflected in the procurement plan from day one. Panel lead times are typically 10 to 14 weeks. We release those packages in preconstruction so equipment and panels arrive on site when the structural shell is ready for installation.
Garland's summer heat window creates a construction-phase risk for cold storage projects. Insulated panel installation during peak summer requires attention to panel joint sealing and thermal movement accommodation that differ from moderate-weather installation. We schedule panel installation to avoid the peak summer window where possible and provide additional quality controls when summer installation is required by the schedule.
Garland's food distribution and cold chain logistics market benefits from the city's industrial infrastructure and its position inside the dense DFW metro. Cold storage operators serving east DFW's growing Vietnamese-American grocery market, the established Anglo and Hispanic food distribution networks, and the emerging specialty food distribution sector all need facilities that perform reliably in Garland's demanding climate.
Cold storage construction planning matters because the sub-slab protection, panel coordination, and refrigeration sizing decisions made in preconstruction determine the building's thermal performance and slab integrity for its entire operating life. These are not details that can be deferred to the field phase.
Primary Garland coverage for commercial and industrial construction tied to infill redevelopment, flex industrial upgrades, and regional owner-user growth.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageNorth corridor coverage for office, medical office, tenant build-out, corporate support space, and selective industrial expansion work.
Open pageCentral DFW coverage for urban commercial projects, industrial repositioning, adaptive reuse, tenant improvements, and shell delivery.
Open pageBlackland Prairie clay expands when wet and shrinks when dry — and also when frozen. Under a freezer slab, the clay directly below the insulation can freeze and heave, damaging the slab and distorting rack systems. We require sub-slab insulation of appropriate R-value, an under-slab heating system for freezer areas, and a vapor barrier system that prevents moisture migration into the insulation board.
We coordinate refrigeration system sizing with the mechanical engineer using Garland's summer design day data — typically 100 to 104 degrees dry bulb with humidity influenced by Lake Ray Hubbard proximity. Systems sized for average temperatures rather than design day conditions are undersized for Garland's peak summer thermal load, which leads to temperature excursions during the hottest weeks of the year.
Yes. Many cold storage owners have established relationships with refrigeration contractors. We coordinate the refrigeration contractor's work within our construction delivery plan — confirming rough-in locations, sequencing refrigeration installation with building enclosure, and managing the commissioning process so the refrigeration system is tested under operating conditions before product moves in.
Refrigerated trailer docks in Garland benefit from enclosed dock vestibules that create a buffer between the refrigerated space and the outdoor summer heat. Dock seals — inflatable or foam pad types — minimize air infiltration around the trailer body. Overhead door specifications — insulated panel doors with thermal breaks — reduce heat gain through the dock door envelope. We coordinate all three components in the dock design package.
