How does Neway meet aerospace and energy quality standards?

Neway meets the strict quality and safety requirements of the aerospace and energy industries through structured quality management systems, validated manufacturing processes, and full material traceability from raw stock to final inspection. Our approach includes ISO-aligned controls, process capability studies, and advanced testing methodologies to ensure compliance with turbine, engine, and high-pressure system standards.

ISO-Style Quality Management and Traceability

Neway follows risk-based planning and documentation frameworks that align with ISO 9001 and customer-specific industry requirements. Our custom parts manufacturing service ensures full project traceability—from RFQ to delivery—including documented process plans, inspection reports, and material certificates. High-performing alloys sourced from controlled suppliers link directly to batch numbers, ensuring lot-level tracking for PPAP, FAIR, or aerospace DHR documentation.

Validated Manufacturing for Critical Components

Components produced via investment casting, precision casting, or 3D printing prototyping undergo rigorous validation to prove capability under turbine and high-pressure conditions. Casting simulations, core positioning, and melt control minimize segregation, porosity, or deformations that can threaten service life. For superalloys such as Inconel 718 or Rene 88DT, microstructure is refined through controlled heat treatment to achieve creep and fatigue resistance before coating.

Inspection and Non-Destructive Testing

Neway applies metallographic inspection, hardness testing, CT scanning, ultrasonic testing, and dye penetrant inspection to detect subsurface defects before parts enter higher-level assembly. Complex internal features—including cooling channels or pressure-bearing cavities—are validated through airflow and pressure-drop assessments, linked to CFD analysis for design confirmation.

Dimensional accuracy is verified with CMM and optical scanning against CAD data, and batch-level mechanical tests are used to certify each production lot under regulatory or customer test protocols.

Surface Protection and Coating Integrity

To withstand high temperature and corrosive environments, parts receive thermal barrier coatings or thermal coatings applied under controlled masking and bond coat procedures. For dimensional or cosmetic surfaces, finishing is carried out using standardized tumbling, electropolishing, or anodizing procedures, depending on material specification and service environment.

Regulatory Alignment and Customer Audits

Neway supports customer audit requirements by supplying full documentation of manufacturing history, test results, and material certifications. Quality gates are structured to meet the expectations of turbine engine, power generation, and aerospace OEM requirements. Samples and test coupons are produced alongside parts to comply with long-term performance validation requirements and lifecycle traceability.