Trench Break™
Trench Break™ is a closed-cell rigid polyurethane foam engineered to deliver rapid, reliable support for pipelines, foundations, and critical infrastructure. Designed for demanding geotechnical applications, it provides strength, stability, and efficiency in challenging ground conditions.
Lightweight yet highly durable, Trench Break™ expands to fill voids, stabilize soil, and reinforce structures without the need for extensive excavation or heavy equipment. Its fast installation helps contractors reduce project timelines while minimizing site disruption.
Engineered for long-term performance, Trench Break™ delivers consistent results across a wide range of environments, making it a trusted solution for infrastructure projects where safety, efficiency, and durability are essential.
Trench Break™ Benefits
Manufacturing efficiency and field performance.
Trench Break™ is engineered for consistent expansion and predictable performance, allowing contractors to complete projects efficiently with minimal disruption. Its rapid deployment and reliable results support faster timelines and improved jobsite productivity.
Proven, high-performance foam technology.
Trench Break™ utilizes advanced polyurethane chemistry to deliver strength, expansion, and durability required for geotechnical and infrastructure applications. Its formulation ensures dependable performance in demanding environments.
- High expansion capability
- Soil stabilization
- Void filling performance
- Lightweight structure
- Long-term durability
- Consistent results
Responsive technical support.
FSI stands out for its unmatched customer support and industry expertise. We’ve helped businesses launch foaming operations, engineered specialized foam systems to tackle complex challenges, and provided continuous on-site service to ensure optimal performance.
- Production demo, trial, and implementation
- Process consultation
- Custom formulations
A wide range of applications.
Trench Break™ is used in applications where soil stabilization, void filling, and structural support are critical. It is widely used across energy, transportation, and infrastructure projects.
Its versatility and performance make it ideal for both new construction and repair applications.
