Shaanxi Hongda Hechuang Metal Co., Ltd.-News

Analysis of Surface Quality and Cold Heading Crack Control Technology for TC4 Titanium Alloy Bars

TC4 titanium alloy bars are widely used in aerospace structures and high-performance fasteners due to their excellent strength, heat resistance, and mechanical properties. This study analyzes the relationship between surface quality, roughness, and cold heading micro-cracks, providing technical guidance for optimizing processing conditions and improving the reliability of aerospace titanium components.

넶0 2026-08-21

Revolutionizing Traditional Tea Ware: Titanium Alloy Is the Ultimate Choice for Modern Tea Enthusiasts

Crafted from aerospace-grade titanium alloy, this teapot combines lightweight strength, corrosion resistance, and pure taste preservation. It does not absorb aromas or mix flavors, allowing tea’s authentic character to shine. Perfect for home, camping, and travel, it is a premium choice for modern tea lovers.

넶6 2026-08-19

From Ore to Finished Product: The Manufacturing Challenges and Breakthroughs of Titanium

This article explores the complete journey of titanium from ore extraction to advanced applications, covering oxide film protection, the Kroll process, thermal processing, machining, welding, additive manufacturing, and recycling technologies. Discover the engineering challenges and breakthroughs behind this extraordinary metal.

넶9 2026-08-11

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.

넶18 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.

넶25 2026-08-04