YL GLOBALYL Global Industrial Trading Pte. Ltd.
Capabilities
The capability route connects requirements and material review, manufacturability review, forging, heat treatment, precision machining and inspection verification.
End-to-End Manufacturing
Requirements & material review → manufacturability review → forging → heat treatment → precision machining → inspection & verification. Each stage defines the engineering work, deliverables and supporting capability.
Align application requirements, grade, substitution, material condition, heat traceability and target properties.
Identify geometry, allowance, tolerance, deformation and inspection risks.
Match open-die, closed-die, precision-forging or ring-rolling routes to geometry, material and performance targets.
Define normalizing, quenching and tempering, solution treatment or ageing against material targets.
Coordinate blank condition, datums, rough-to-finish sequencing and critical dimensions.
Translate material, mechanical, NDT, dimensional and documentation requirements into controlled quality gates.
Core Equipment
Equipment fit is reviewed against project drawings, alloy grade, component dimensions and acceptance requirements.
Maximum forging weight 100 t; solid diameters 300-2000 mm, ring diameters up to 5000 mm and shaft lengths up to 15,000 mm.
Maximum forging weight 35 t; disc diameters up to 3000 mm and shaft lengths up to 18,000 mm.
Ring outside diameters from 700 to 4800 mm and heights from 100 to 600 mm.
Pre-forging heating for aluminum alloys, with the heating window aligned to alloy grade and forming route.
Ageing treatment integrated with solution treatment, quenching and target-property verification.
Aluminum-alloy quenching with project-specific loading, hold-time and transfer controls.
Vertical, horizontal and CNC turning, band sawing, boring, milling, drilling and gantry machining.
Mechanical testing, spectroscopy, hardness, metallographic preparation, microscopy, low-temperature and end-quench testing.
Full-Route Manufacturing & Quality Control
Material traceability, process control, inspection and release requirements are built into every manufacturing stage.
Sampling & Inspection
Mechanical properties, macro- and microstructure, electrical conductivity, hardness, NDT, dimensional and visual checks are planned by heat, heat-treatment batch and project requirements.
Material traceability, chemical analysis and requirement verification.
Longitudinal, transverse and through-thickness specimens are taken by heat and tested to the approved specification.
Macro samples cover the full deformation-direction section by heat-treatment batch; micro samples are taken at the surface.
Measurement points are set on longitudinal tensile specimens and on a 200 × 200 mm surface grid.
Surface hardness is checked at the thickest and thinnest locations of the forging.
UT, MT and PT according to technical requirements.
Critical dimensions, machining allowance, surface and final-state checks.
Material certificates, process records, inspection reports and delivery dossiers.
Emerging-industry programs
Project-specific technical dialogue and manufacturing-feasibility review across materials, geometry, service conditions, quality and compliance requirements.
Project-specific feasibility review covering material compliance, clean manufacturing, precision machining and quality documentation.
Discuss program requirements →Coordinated review of material routes, precision requirements and manufacturing concepts for lightweight structures and high-reliability motion components.
Discuss program requirements →Program coordination from requirement definition to manufacturing-route assessment for special materials, complex geometries and demanding service conditions.
Discuss program requirements →Engineering review
Share drawings, material requirements or a development brief for an initial manufacturing-route and verification review.