Bending
Designing and carrying out nuclear pipe bending with precision, adaptability and compliance with safety standards.
Customer issues
1.Guarantee
compliance with quality and nuclear safety standards (RCC-M, ESPN, etc.) to ensure the reliability of critical installations.
2.Optimize
costs and timescales by reducing welding, rework and non-destructive testing (NDT)
3.Respect
Strict geometric tolerances and isometric drawings for total traceability and reproducibility.
4.Reduce
technical and environmental risks by limiting bending defects and on-site interventions.
5.Adapt
solutions to the specific constraints of the nuclear industry: qualified materials, regulatory documentation and enhanced safety requirements.
Pipe bending: precision and conformity
Studies – Plans – Tolerances
Choice - Materials - Standards
Preparation - Cutting - Marking
Bending - Radii - Processes
Control - Measurement - Traceability
Decontamination - Safety - Compliance
Delivery - Documentation - Integration
Induction bending
- Diameters up to 1,600 mm
- Wall thicknesses up to 150 mm
- From carbon steel to stainless steel, plain steel or more exotic steels such as duplex, P91 or nickel alloys
SSiMM - Site Solutions in Machining and Maintenance
- Design and manufacture of customised industrial equipment
- Solutions complying with nuclear safety standards
- Test and qualification workshops and facilities
- Experience in operational maintenance and special projects
