Precast pile joints

CE Marking - Certified by Instituto Eduardo Torroja (IETcc-CSIC)

Structural joint system for precast concrete piles (DI-BLOCK)

DI-BLOCK is a structural joint system for precast concrete piles developed to solve the main issues of traditional connection systems: slow installation, on-site risks, dependency on external locking pins, and high sensitivity to tolerances.

Its design enables automatic locking during assembly, ensuring a safe and reliable structural connection without the need for additional components.

DI-BLOCK is CE marked and has been technically assessed by the Instituto Eduardo Torroja (IETcc-CSIC), positioning it as a validated and compliant European structural solution.

Precast pile joints DI-BLOCK - CE certified structural joint system technical components

Time Savings Calculator

Discover how much time you can save on your project with DI-BLOCK

7 min/joint

Technical Features

No External Pins

Patented design eliminates the need for external locking elements

Fast Installation

7-minute reduction per joint compared to conventional systems

Enhanced Safety

Reduced worker exposure to risks during assembly

CE Certification

CE marked according to European standards, verified by notified body

Precast pile joints DI-BLOCK installed on site - structural joint system without external pins

Precast pile joint system installed on site

Real Application

DI-BLOCK precast pile joints integrate directly into the manufacturing process, enabling fast and safe on-site installation.

The structural joint system eliminates the need for external pins and significantly reduces assembly time while maintaining maximum structural reliability.

How It Works

DI-BLOCK is based on a self-locking mechanical mechanism that activates automatically during pile assembly.

Automatic alignment
Mechanical locking without manual intervention
Elimination of external pins
Higher reliability under real site conditions
Technical diagram of DI-BLOCK precast pile joints - self-locking structural system geometry

Self-locking system geometry

On-Site Time Savings

DI-BLOCK saves 7 minutes per joint during installation.

Elimination of locking pins
Reduced manual handling
Intuitive assembly
Fewer adjustments

Technical Advantages

CE marked structural system
Certified by IETcc-CSIC
No external locking pins
Increased on-site safety
Reduced dependency on skilled labor
High repeatability
Structural reliability
Precast piles with DI-BLOCK joints on site, with epic sunset lighting

Greater safety and speed: joining without workers in the connection area.

On-Site Benefits

Faster installation
Reduced labor costs
Lower accident risk
Higher productivity
Lower overall project cost

Specifications

MaterialHigh-strength structural steel
FinishAnti-corrosion treatment
StandardsDIBU DI-BLOCK® joints are CE marked through European Technical Assessment (ETA 22/0260), in accordance with EAD 200014-01-0103, complying with Eurocodes and EN-12794 (Class A), and are valid in Europe, including Spain under the Structural Code.
CertificationCE (IETcc-CSIC)

Accessory Elements

Aligners
Lifting protectors
Duralumin striking plates
Protective elements
DI-BLOCK precast pile joints steel component with anti-corrosion treatment

Joint system technical component

Want to know how much time you can save with our pile joints?

Use our time savings calculator or contact our technical team.

Precast Pile Joints - DI-BLOCK Structural Joint System

CE certified precast pile joints. Precast concrete pile joints. Structural joint system for precast piles. Certified pile joint. Pile splice. Precast pile connection. Pile joint system. Structural joints for piles. Certified pile joints. Certified by Instituto Eduardo Torroja (IETcc-CSIC). EN 12794 Class A. EAD 200014-01-0103. Deep foundation pile joints. DI-BLOCK system.

  • CE marked precast pile joints
  • Structural joint system for piles
  • Pile joint with CE marking
  • Structural connections for precast piles
  • Structural pile splice
  • Deep foundation pile joints
  • Fast pile connection system

Cookie Use

We use first-party and third-party cookies to improve your experience, analyze site usage, and deliver relevant content. You may accept, reject, or configure your preferences.

More information →