News
-
How to Choose a Custom Aluminum Forging Manufacturer in China: 7 Checks for OEM Buyers
Home » Aluminium Hot Forging » Choosing a Forging Supplier Seven questions that separate a forging factory from a machine shop with a forging brochure — and the answers that should make you walk away. TL;DR — qualifying an aluminium forging supplier, in five points Prove the process before you...Read more -
What Are Aluminum Hot Forging Parts Used For in High-Strength Industrial Applications?
What Are Aluminum Hot Forging Parts Used For in High-Strength Industrial Applications? Aluminum hot forging parts are used where low mass, structural strength, fatigue resistance, and reliable load transfer matter more than simple shape complexity. Typical applications include aerospace structu...Read more -
How to Source CNC Machined Forgings for Aerospace: Avoiding Costly Rework and Supplier Qualification Delays
TL;DR – Quick Answer for Aerospace Procurement Teams AS9100D is the qualification gate: Aerospace forging suppliers without AS9100D and NADCAP accreditation typically extend the first-article qualification cycle by 6-12 months versus AS9100D-qualified suppliers with NADCAP special proces...Read more -
OEM Machining Parts Shipment to Germany, UK, and Russia — Four Containers Plus LCL
Today marked a milestone for our OEM machining parts factory. Shortly after China’s National Day holiday, we completed loading and arranged pickup for two 40-foot containers, two 20-foot containers, and one LCL shipment. Cargo from several separate customers was scheduled for collection on the sa...Read more -
How to Source Deep Drawn Stainless Steel Parts for Kitchen Appliances: Avoiding Costly Annealing and Production Delays
TL;DR Intermediate annealing is the single largest contributor to cost and delay in deep drawn stainless steel parts. A part designed to avoid intermediate annealing is a lower-cost part and a faster-delivery part. The annealing decision is the operational gate on the cost-and-delivery outcome...Read more -
Stainless Steel Investment Casting for Marine Hardware: 316L Corrosion Resistance vs. 304 Cost Efficiency in Salt Spray Environments
If you have ever specified stainless steel marine hardware for a vessel, a dock, or an offshore installation, you have hit the same decision at the procurement stage: 304 or 316L? The decision is not just a material spec — it is a lifecycle-cost decision that depends on the application’s ch...Read more -
280-Ton to 800-Ton Die Casting Machine Range: How Clamping Force Selection Prevents Porosity in Complex Aluminum Housings
The die casting machine tonnage you run a complex aluminum housing on is not a price-tier choice — it is the choice that decides whether the part has internal porosity, whether the die life is 50K or 150K shots, and whether the buyer’s X-ray inspection accepts the lot on first delivery. Here is ...Read more -
Lost Wax Casting Ra 3.2 vs Ra 6.3: When to Skip CNC Machining for Detector Housings
Two roughness numbers dominate the conversation when a gas safety equipment OEM reviews a lost wax casting quote — Ra 3.2 and Ra 6.3. In this guide I will walk through what those numbers mean under ISO 1302 and ISO 8062, which detector housing geometries can ship at the as-cast finish without se...Read more -
T6 Heat Treatment After Aluminum Hot Forging: How Solution and Aging Protocols Affect 6061 Component Dimensional Stability
TL;DR — The 5 Engineering Takeaways T6 is two steps, not one. Solution treatment at 525 to 535 degrees Celsius dissolves the alloying elements, and artificial aging at 175 to 185 degrees Celsius for 8 to 12 hours precipitates them as hardening phases. Skipping or shortcutting either step degra...Read more -
Draft Angle Design in Aluminum Die Casting: 1° vs 3° and Its Impact on Ejection Force and Parting Line Flash for OEM Tooling
TL;DR: Draft angle drives ejection force and parting line flash in die casting. 1° is risky on parts over 3mm wall; 3° is OEM default. 27-cell test (XinYe 2025 Q2): 1° runs 18-25% higher ejection force, 5-8% flash vs 0.5-1%. Textured surfaces add 1-2°; deep cavities (over 80mm) need 3° min. NAD...Read more -
Expanding Assembly Workshop Capacity to Better Serve Our European Partners – A Milestone in Custom Manufacturing Excellence
As a dedicated OEM manufacturer with a strong foothold in the European market, we have always believed that long-term partnerships are built on responsiveness, flexibility, and continuous investment in quality. In line with this philosophy, we are pleased to share a significant update regarding o...Read more -
Aluminum Hot Forging vs. Aluminum Die Casting: When Tensile Strength Above 310 MPa Dictates Process Selection for Structural Parts
Quick Answer (For Structural Component OEMs) 310 MPa tensile strength is the structural decision threshold: above = hot forging; below = die casting. The aluminum hot forging line covers structural components >310 MPa. The aluminum die casting line covers structural components <310 MPa. T...Read more