Technical desk: +1-800-264-0000 | [email protected] Mill test reports | Global supply programs | EN

Metallurgy

Bekaert Metallurgy for wire grade selection and material proof

This metallurgy workspace brings alloy finder logic, property matrix thinking, laboratory evidence and aerospace-grade quality discipline into one route for engineered wire products.

Metallurgical laboratory testing high tensile wire

Chart grid layout

Property dashboard for engineered wire decisions

Bekaert metallurgy teams evaluate wire by linked property groups. The dashboard below is a specification map, not a generic brochure table. It shows how strength, coating, fatigue and forming behavior interact before a product is released into a customer process.

1,450 MPa

Tensile class window

High tensile wire options are reviewed against yield ratio, elongation and forming risk.

275 g/m2

Coating mass target

Galvanized duty is selected around exposure, bend severity and expected service interval.

0.80

Fiber aspect ratio band

Steel fiber geometry is mapped to anchorage, dispersion and concrete performance targets.

100%

Heat record linkage

Material certificates stay connected to production batch, inspection scope and shipment release.

Download list

Technical papers and material notes

The metallurgy desk maintains practical references for engineers who need to compare wire routes. These documents focus on specification decisions: why a high tensile class may need more ductility, why coating selection must account for forming, why steel fiber geometry changes crack control, and why a mill test report should be reviewed before the purchase order closes.

The material notes are written to help engineers and buyers align around evidence. A drawing can specify diameter and tensile class, but the full decision often includes weld behavior, coating continuity, fatigue exposure, corrosion duty, packaging deformation and installation method. Bekaert treats those issues as part of metallurgy because the wire is only successful when the material record fits the application.

Regulatory timeline

From grade request to approved wire program

01

Application duty capture

Engineers document load, exposure, forming route, coating expectation and inspection requirement before comparing grades.

02

Property matrix review

Tensile class, elongation, coating mass, surface condition and fatigue behavior are checked as a connected system.

03

Laboratory confirmation

Wire samples can be evaluated through tensile testing, microscopy, coating checks and geometry verification.

04

Quality release package

AS9100, Nadcap, ISO 9001 or customer-specific evidence is routed with the agreed specification when required.

Metallurgy request

Need a grade, property matrix or lab evidence review?

Send the duty condition and target record package. Bekaert will help define the material path before the order is released.

Request Metallurgy Review