Why Choose Amur Trench?

The world runs on electricity, and right now, the global grid is running a marathon on a tightrope. The energy demand curve doesn't just trend up—it soars, driven by data centers, EV adoption, and the relentless march of urbanization. Every contractor, utility company, and project manager is facing the same cold, hard truth: the electrical delivery system is at a critical tipping point.

You are tasked with building the future, but a hidden, archaic risk lurks beneath the surface: thermal overload in underground conduit banks.

At Amur Trench, we don't just sell components; we provide the indispensable engineering solution that ensures your projects don't become a cautionary tale. We understand the physics of failure, and with over three decades of collective mastery in the electrical industry, we've zeroed in on the single most critical, yet frequently overlooked, variable: adequate conduit spacing.

888-996-8288

The Silent Killer: Inadequate Spacing

Imagine a massive bundle of underground cables—the arteries of a hospital, a data center, or a high-rise tower—all packed tightly together. Inadequate spacing is a recipe for disaster. When electrical current flows, it generates heat. This is normal. But when conduits are touching, or spaced too closely, the EM fields around the conduits create heat and reduce load.

Capacity Reduction (Derating)

The first consequence is a loss of efficiency. Cables must be "derated," meaning their maximum current capacity has to be reduced to prevent overheating. You’ve paid for a 100-amp capacity, but poor installation forces you to settle for 85 amps. You end up laying more cable than necessary, an immediate and unnecessary increase in material costs.

Insulation Degradation

Prolonged, excessive heat is the sworn enemy of cable insulation. It hardens, cracks, and degrades, leading to premature cable failure. This isn't just an inconvenience; it’s an early countdown to an expensive, disruptive failure that requires emergency excavation and replacement.

The Fire Hazard

In the most extreme—and terrifying—scenario, excessive heat can ignite the conduit materials or the cable jacket, sparking a hazardous underground fire that cripples critical infrastructure and poses a massive safety risk.

This isn't theory; it’s a measurable risk validated by every electrical engineering standard in the industry. Your success, and the safety of the end-user, hinges on eliminating this risk.

Amur Trench: The Polymer Solution Engineered for Certainty

This is where Amur Trench steps in. Our founders, Atlanta-based visionaries Nate Decker and Mike Gorin, recognized that the traditional methods of duct bank separation (clunky, fragile plastic chairs or makeshift wire supports) were relics of a less demanding era. We scrapped them. Our solution is an innovative line of single piece spacers, precision-engineered from premium-grade, non-conductive, and highly durable polymers. These aren't just plastic components; they are the foundation for a flawless, robust electrical pathway.

Guaranteed Thermal Separation

Our interlocking design ensures uniform, mandated separation between every single conduit. This maximizes the flow of the thermal backfill material (the concrete encasement), creating a perfectly structured environment that allows heat to dissipate efficiently into the surrounding soil. This maintains the cable’s rated capacity, saving you the cost of extra materials and ensuring long-term system reliability.

Unbeatable Structural Integrity

When you pour concrete around a conduit bank, the components are subjected to immense hydrostatic and mechanical pressure. Our high-grade polymer spacers are engineered to withstand these forces, creating a sturdy, monolithic concrete environment without shifting, floating, or collapsing. A clean pour means a structurally sound duct bank, free of cold joints or other structural issues.

Efficiency That Pays for Itself (Time is Money)

Let's talk about the trench. It's the most expensive place on your job site. Traditional methods are slow, clumsy, and require excessive time assembling and aligning. Amur Trench spacers feature a user-friendly, custom, single piece design that dramatically accelerates the installation process. Less time in the trench means a faster schedule, less labor cost, and—most importantly—enhanced worker safety. Our product is designed by people who’ve worked in the field, for people who work in the field.

Trusted by the Best, Built for the Future

Our commitment extends far beyond the material science of our spacers. It’s a dedication to the integrity of the power grid itself. That’s why major contractors rely on Amur Trench for their most demanding projects—from the always-on requirements of data centers and hospitals to the massive power loads of power plants and modern production facilities.

In an industry where a single failure can lead to catastrophic downtime, a failed inspection, or a devastating accident, choosing a foundation of absolute certainty is non-negotiable.

When you choose Amur Trench, you aren't just purchasing a spacer; you are investing in innovation, unwavering dedication, and guaranteed safety. You are choosing a partner who has mastered the critical craft of underground electrical infrastructure, ensuring your trenches are secure, efficient, and ready to power the future. Trust the engineers who understand the heat.