Shaanxi Hongda Hechuang Metal Co., Ltd.-News

Technical Analysis of Chemical Milling Technology for Titanium Alloys

Titanium alloy chemical milling is a high-precision, stress-free machining technology that removes material through controlled chemical dissolution. This article covers process flow, key parameters, advantages, and future trends, supporting high-quality titanium component manufacturing in aerospace and medical industries.

넶0 2026-08-07

Technical Analysis of Deformation Control Processes for Titanium Alloy Thin-Walled Components

A four-dimensional deformation control process is developed for titanium alloy thin-walled components. Through optimized clamping, precision cutting, residual stress relief, and real-time monitoring compensation, it minimizes deformation, improves yield rate, and ensures stable batch production for high-end precision manufacturing.

넶8 2026-08-04

Titanium Alloy Processing Methods and Manufacturing Process Flow-A Complete Journey from Raw Material to Finished Product

Titanium alloy is widely used in aerospace, medical, and chemical industries due to its high strength, corrosion resistance, and lightweight properties. However, its processing is extremely challenging. This article explains the complete journey from raw material to finished products, including heat treatment, machining, welding, surface treatment, and quality inspection.

넶15 2026-07-29

Titanium Alloy 3D-Printed Wheelchair Wins Red Dot Best of the Best Award, Opening a New Path for Additive Manufacturing in Rehabilitation Equipment

A titanium alloy 3D-printed wheelchair has won the 2026 Red Dot: Best of the Best Award. Manufactured with aerospace-grade titanium alloy and SLM technology, it features an integrated lightweight lattice structure and personalized 3D scanning customization, creating a new solution for advanced rehabilitation equipment.

넶23 2026-07-25

High Purity Titanium Granules 99.995% for Advanced Research Applications

99.995% high purity titanium granules are produced through advanced refining processes with extremely low impurity levels and excellent stability. They are widely used in scientific research, vacuum coating, thin film deposition, advanced alloy development, and high-performance material preparation.

넶28 2026-07-17