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Send the conduit schedule and the jobsite location. We CNC-route HDPE duct bank spacers in Greenville, SC and ship boards to Southeast data center builds.
September 28, 2026 • 5 min read
Data center construction across the Southeast runs on civil packages, pour schedules, and material that shows up when the trench is open. Blue Ridge Thermoforming (BRT USA) CNC-cuts custom HDPE duct bank spacers in Greenville, South Carolina and ships them to jobsites along the regional corridor. This article is about logistics and plant proximity, not a redesign of your bank section.
BRT’s live product language calls out shipping across the Southeast, including the South Carolina, North Carolina, Georgia, Tennessee, and Virginia data-center corridor. Greenville sits inside that geography, which matters when boards need to land ahead of a pour rather than weeks after the trench is already backfilled in the plan.
Primary service banks, MV/HV feeders, generator ties, and fiber or communications banks all use the same fabrication path: CNC-routed HDPE sheet from the conduit schedule. Vertical detail lives on data center duct bank spacers. General specs and the options table live on custom HDPE duct bank spacers.
Boards leave the plant for the jobsite. Crews prefabricating arrays outside the trench can stage boards near the dig, assemble on the surface, and lower before the pour. Spacing along the run is typically every 4-7 ft per the civil package, so quantity planning is straightforward once the interval and bank length are known.
BRT does not publish a universal lead-time promise. Send the schedule, quantity, and need-by window with the quote. Just-in-time shipping is available when the job wants boards released in waves rather than as one bulk drop.
Offsite warehousing and staged deliveries help when:
Quote staging as part of the package. Board types should be labeled against the duct sections they match so warehouse pulls stay clean.
Fabrication context PMs and owner’s reps usually ask for:
The same plant also runs heavy-gauge thermoforming for covers and housings. That is a separate line. Campus projects that need both spacers and thermoformed covers can quote both through one form; keep the drawing sets labeled by process.
Power-and-fiber mixed banks should include the engineer-specified center-to-center gap. BRT cuts that spacing; we do not assign an EMI clearance.
Southeast crews often prefabricate conduit arrays outside the trench. Boards that arrive on time make that possible. Hole centers are already cut, so surface assembly does not wait on field layout of every conduit. Mixed-size power and fiber banks travel as one board type when the section calls for them. Generator ties that mix large power conduits with smaller control conduits follow the same rule.
Typical spacer thickness remains 3/8 in and 1/2 in HDPE. Material grade (virgin or reprocessed) is a conversation against the print. Non-conductive HDPE sheet is used between conduits in the concrete bank; chemical resistance is part of why HDPE is specified for underground electrical work. Soft language applies: ask for the grade that fits, rather than treating one resin as universal.
For process choice on the same campus (spacers vs thermoformed covers), see custom plastic parts for data centers. Capabilities: /capabilities.
No. Live product copy covers Southeast shipping, including the SC, NC, GA, TN, and VA data-center corridor. Ask about other destinations on the quote.
BRT CNC-routes custom HDPE sheet arrays in Greenville from your drawings. They are not interlocking molded catalog chairs.
Yes. Just-in-time shipping and offsite warehousing are available when the job needs boards staged for the site.
Send the conduit schedule and the jobsite location. We CNC-route HDPE duct bank spacers in Greenville, SC and ship boards to Southeast data center builds.
Custom HDPE duct bank spacers · Data center duct bank spacers