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Trench Shoring Equipment
Safety Systems

Trench Shoring Services

Critical safety systems preventing soil collapse during excavation work with hydraulically-operated slide rail protection

Understanding Trench Shoring

Trench shoring equipment

What is Trench Shoring?

Trench shoring is a critical safety system designed to prevent soil collapse during excavation work. Our service provides temporary structural support for trench walls using hydraulically-operated slide rail systems that are installed progressively as excavation proceeds.

The system consists of vertical steel rails, horizontal shoring plates, and adjustable bracing extensions that create a protective barrier between workers and potentially unstable soil walls. We deploy parallel slide rail systems utilizing the "dig and push" methodology, where shoring components are progressively installed as excavation deepens, minimizing worker exposure.

Traditional Excavation Risks

Unprotected excavations create severe safety hazards:

  • Soil collapse risk - worker entrapment
  • Adjacent structure damage
  • Utility line exposure and damage
  • Extended project timelines due to safety concerns
  • High liability and insurance costs

Shoring System Advantages

Professional shoring provides comprehensive protection:

  • Continuous worker protection during excavation
  • GS-Certified safety standards compliance
  • Progressive installation methodology
  • Rapid installation vs. traditional methods
  • Reduced insurance and liability exposure

When is Trench Shoring Required?

Regulatory Requirements

  • Excavations exceeding 1.25m depth in unstable soil
  • Soil analysis indicating collapse risk
  • Urban environments with adjacent structures
  • Areas with vehicular or pedestrian traffic
  • Compliance with DIN 4124 standards

Project-Specific Needs

  • Limited space preventing sloped excavations
  • Underground utility proximity
  • Time-critical project requirements
  • High groundwater table locations
  • Worker safety optimization

Typical Applications

  • Water/sewer line installations (2-6m)
  • Building foundation excavations
  • Underground storage tank work
  • Manhole/catch basin construction
  • Emergency repair operations

System Capabilities

Comprehensive depth and width configurations for all excavation requirements

Standard Systems

Single Rail Configuration

Maximum Depth:

3.80 meters

  • Width Range: 0.45m - 3.30m
  • Rail Thickness: 177mm
  • Design Moment: 338 kNm
  • Applications: Utility installations, shallow pipeline work

Heavy-Duty Systems

Double Rail Configuration

Maximum Depth:

7.50 meters

  • Width Range: 0.73m - 4.24m
  • Rail Thickness: 320-325mm
  • Design Moment: 1020-1106 kNm
  • Applications: Deep infrastructure, basement construction

Shoring Plate Configurations

Standard Thickness (100mm)

  • Lengths: 2.0m, 2.5m, 3.0m, 3.5m
  • Design loads: 56.6 - 171.6 kN/m²
  • Heights: 1.40m, 1.60m, 2.40m
  • Weight range: 335 - 805 kg
  • Ideal for: Standard excavations, cohesive soils

Heavy-Duty Plates (120mm)

  • Lengths: 4.0m, 4.5m, 5.0m
  • Design loads: 56.2 - 72.1 kN/m²
  • Heights: 1.40m, 1.60m, 2.40m
  • Weight range: 745 - 1635 kg
  • Ideal for: Deep excavations, high loads

Specialized Configurations

Corner Rail Systems

Creates rectangular/square pits for enclosed workspaces

  • Four-sided enclosed workspace protection
  • Available in single and double rail configurations
  • Ideal for manhole construction, pump stations
  • Depths up to 7.50m (double rail)

Strut-Free Systems

Eliminates internal bracing for unobstructed workspace

  • Complete kit weight: 220kg
  • Horizontal waler support transfers loads
  • Ideal for long pipe installations
  • Unrestricted access for equipment placement

Soil Type Compatibility

Cohesive Soils

  • Clay (soft to stiff)
  • Silty clay
  • Clayey silt
  • Load capacity: Up to 171.6 kN/m²

Granular Soils

  • Sand (loose to dense)
  • Gravel
  • Sandy gravel mixtures
  • Enhanced plate design for dynamic conditions

Mixed Conditions

  • Layered soil profiles
  • Fill materials
  • Disturbed ground
  • Adaptable to varying properties

Groundwater Conditions

Progressive Installation Method

"Dig and Push" methodology ensuring continuous worker protection

Built-in Safety Features

Service Advantages

Trench Shoring Projects

Explore our completed excavation and shoring installations

Haim Bar Lev & Rene Cassin Sewer Collector Replacement
Trench Shoring Services

Haim Bar Lev & Rene Cassin Sewer Collector Replacement

Rishon LeZion
Size:1,400 meters total (2 x 700m)

Replacement of 2 concrete sewer collectors 800mm diameter on Chaim Bar Lev and Rene Cassin Streets.

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Sewer Systems Conduit Construction - ShaTZaP 2030
Trench Shoring Services

Sewer Systems Conduit Construction - ShaTZaP 2030

Herzliya
Size:400 meters

Construction of sewer systems conduit within ShaTZaP 2030 development plan.

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