Knowledge Base
Engineering Insights
Technical guides to help you choose the right casting process, alloy, and supplier.
A356 Aluminum Properties: T6, Casting Processes and Testing
Understand A356 versus A356-T6, how casting process and test specimens affect property values, and which material and testing standards to specify.
Read full article →A356-T6 Gravity Casting for Suspension Parts
A356-T6 gravity casting meets automotive suspension loads with 250 MPa+ tensile strength. IATF 16949 foundry — CMM-verified, PPAP-ready. Get the RFQ checklist
Read full article →Aluminum Casting Lead Time: Tooling to Production
Aluminum casting lead times from tooling through T1 samples to mass production. IATF 16949 foundry guide to help OEM buyers plan delivery and manage risk.
Read full article →Gravity Die Casting Tooling Cost: What to Budget in 2026
Understand gravity die casting tooling cost: mold complexity, alloy, machining, volume thresholds & hidden quote assumptions. IATF 16949 supplier perspective.
Read full article →Aluminum Casting Defects: 9 Causes & Solutions
Identify nine aluminum casting defects with a symptom-to-check table, distinguish gas from shrinkage porosity, and record evidence before choosing corrective action.
Read full article →ISO 8062 Casting Tolerances: Drawing and RFQ Guide
Specify casting tolerances by standard edition, nominal dimension, feature, datum and delivery state; keep total tolerance width separate from plus/minus notation.
Read full article →Aluminum Casting Surface Finish: Specify the Requirement
Define as-cast texture, machined surfaces and coating requirements separately, with the parameter, units, measurement method, masking and final inspection state.
Read full article →LPDC vs Gravity Die Casting: Aluminum Process Differences
LPDC vs gravity die casting for aluminum parts — compare fill control, porosity, tooling cost & quality checks. IATF 16949 foundry offering both processes.
Read full article →A356 vs ZL114 Gravity Casting Alloy: Which to Specify?
Compare A356 and ZL114 for gravity die casting: tensile strength, T6 treatment, corrosion resistance, and cost. IATF 16949 foundry guidance for OEM buyers.
Read full article →Aluminum Casting Porosity: Causes, Risks & Supplier Checks
Aluminum casting porosity: causes, risks & supplier checks. IATF 16949 gravity die casting foundry with pressure-tight components and full leak-test records.
Read full article →A356-T6 Heat Treatment: Process and Acceptance Guide
Plan A356-T6 casting approval around the specified temper, qualified heat-treatment route, specimen basis, dimensional condition and traceable batch records.
Read full article →Aluminum Gravity Casting Process: Steps, Alloys & Tips
Learn aluminum gravity casting steps, alloy selection (A356, A380, ADC12), tooling, and quality control — from an IATF 16949 certified foundry in Ningbo.
Read full article →