HDPE modular mechanical protection rated for 32-ton excavator impact. Passive — no power, sensors, or activation required.
DigBarrier™ is a passive mechanical protection barrier installed above buried assets to intercept excavation forces before direct contact with the facility occurs.
Manufactured from High-Density Polyethylene (HDPE), it is designed to either survive impact events or sacrificially fail while preserving asset integrity. Both outcomes are acceptable — provided the asset remains protected.
DigBarrier™ does not rely on power, sensors, monitoring, or human activation. Its protective function is inherent to its physical presence.
Four modular components — covering every trench geometry and application scenario.
Full technical specification for the DigBarrier™ system.
| Material | High-Density Polyethylene (HDPE) |
| Impact Resistance | 32 metric tons — standard excavator bucket rated |
| Nominal Thickness | 15 mm |
| PG1 Dimensions | 1,200 mm × 1,000 mm |
| PG2 Dimensions | 1,200 mm × 500 mm |
| PG3 Dimensions | 1,200 mm × 250 mm |
| Connection System | Interlocking male / female modular tabs — 3 per side |
| Tab Configuration | Males: TOP and RIGHT sides | Females: BOTTOM and LEFT sides |
| Color (standard) | Yellow — gas utility standard |
| Color (custom) | Orange (telecom), Blue (water), other per utility specification |
| Marking | "DB" logo permanently molded into plate surface (debossed) |
| Installation Position | Above first backfill layer — below remaining soil |
| Tools Required | None — hand placement, no fasteners |
| Power / Sensors | None — passive mechanical protection only |
| Standard Reference | Designed for third-party damage mitigation per BS PAS 128 principles |
| Application | Gas pipelines, water mains, telecom fiber, electric conduit |
"Risk-based deployment — not blanket installation. Selectivity preserves credibility and ensures resources are directed where residual risk is genuinely unacceptable."
Download the technical documents or contact us to discuss your specific risk scenario.