Production
Manufactured from certified plate (e.g., S235–S355) via laser/plasma cutting, CNC drilling/milling, and qualified welding (WPS/PQR). Stud welding (EN ISO 14555) and rebar anchoring assemblies available. Dimensional checks per drawings; marking and packing by set.
Quality
Materials and processes adhere to recognized standards for structural fabrication and coating.
- Base Steel: S235JR/J0/J2, S275JR/J0/J2, S355JR/J0/J2 (EN 10025-2)
- Anchor Elements: Headed studs per EN ISO 13918; rebar B500B/B420C
- Welding: EN ISO 9606 (welder qual.), EN ISO 15614 (PQR/WPS)
- Galvanizing: EN ISO 1461 (hot-dip); Coatings to ISO 12944 (on request)
Production Range
Plate Thickness8 – 80 mm (others on request)
Max Plate Sizeup to 3000 × 12000 mm (cut from plate)
Hole TypesRound, slotted, countersunk; Ø10 – Ø50 mm typical
Stud SizesM12 – M24; lengths per embedment design
FinishesAs-fabricated, shot-blasted & primed, or hot-dip galvanized
Applications
- Column Base Plates: Shear keys, grout pockets, leveling holes
- Machine Foundations: Precision bolt grids, dowel sleeves
- Precast Embeds: Stud-welded/backing plates for concrete
- Facade & Stair Brackets: Slotted holes for site tolerances
Usage Areas
Used in steel-to-concrete or steel-to-steel connections: base plates for columns, beam seat plates, façade brackets, machine anchor plates, and precast embeds requiring accurate hole layouts and high load transfer.
Special Anchor Plate – Typical Configurations
| Plate Size (mm) | Thickness (mm) | Bolt Pattern | Anchor Type | Finish |
|---|---|---|---|---|
| 200×200 | 12 | 4× M16 @ 140 PCD | Through-bolts | Shop-primed |
| 300×300 | 20 | 4× M20 @ 220 PCD | Headed studs M16×120 | HDG (EN ISO 1461) |
| 400×300 | 25 | 6× M24 grid 3×2 @ 100 | Headed studs M20×150 | Shot-blasted SA 2½ + primer |
| 500×500 | 30 | 8× M24 @ 350 PCD + slot 18×30 | Rebar anchors Ø16 L=600 | HDG |
| 600×400 | 40 | 8× M30 grid 4×2 @ 150 | Headed studs M24×180 | Shop-primed (C3 system) |