Baoji Dynamic Trading Co., Ltd. products
Titanium Fastener
Ferrari Titanium Alloy Wheel Hub Screws
These titanium alloy wheel hub screws for Ferrari vehicles offer remarkable weight reduction while maintaining exceptional safety standards across various driving conditions. Crafted from a high-quality titanium alloy (grade 53), they provide a lighter alternative to traditional steel bolts, reducing the unsprung mass and thus improving acceleration, braking, and handling responses. With strengths exceeding 900 MPa and weighing only 55% as much as steel elements, these screws ensure a reliable and stable connection even in high-speed and demanding driving scenarios. The screws are available in multiple colors, including silver, black, rainbow, and green, catering to personalized aesthetics. Their performance benefits extend to racing applications with high strength and corrosion resistance, making them suitable for racing environments. Additionally, their unique design ensures a secure fit, minimizing risk during installation.
Titanium Copper Composite
Titanium Clad Copper Bars for Electroplating
Titanium clad copper bars are a specialized type of composite material used extensively in electroplating applications. These bars feature a metallurgical bond between titanium and copper, achieved through advanced production methods like hot extrusion and explosive composite rolling. The bars are available in square, round, and flat shapes with customizable dimensions, including square sizes from 15x15 mm to 80x80 mm and round sizes starting from Φ12 mm. The key feature of these bars is the titanium layer, generally ranging from 1 mm to 3 mm in thickness, which provides exceptional corrosion resistance and mechanical strength, making them ideal for harsh electroplating environments. The production process is carefully controlled to maximize titanium's plasticity, with minimal intermediate annealing and optimized rolling to enhance quality and output.Titanium Anode
Titanium Electrode Mesh Bucket For Electrolytic Plating
The titanium electrode mesh bucket for electrolytic plating is a crucial component in the electroplating industry, designed to enhance the electrochemical oxidation reactions within electrolysis tanks. Constructed from CR2 pure titanium and coated with a ruthenium-iridium layer, this mesh anode is tailored to promote uniform metal deposition processes such as chromium, nickel, and copper electroplating. Its remarkable corrosion resistance and high catalytic efficiency are key features, ensuring prolonged operational life and improved electroplating stability. This anode is highly adaptable, allowing customization to meet varied electrolyzer specifications while sustaining high current densities to optimize production rates. Furthermore, titanium's environmentally friendly characteristics add to the sustainability of this electroplating component. Applications extend beyond traditional metal electroplating to include precious metals, aluminum anodizing, wastewater treatment, and even industrial processes like resistance heating and air pollution control.
MMO Titanium Anode for Deep Well Cathodic Protection
The MMO Titanium Anode for Deep Well is designed specifically for impressed current cathodic protection in regions with high-resistivity soil, particularly for large-scale infrastructure such as long-distance pipelines, urban pipe networks, and hydropower projects. Constructed from titanium and coated with mixed metal oxides, these deep well anodes are more effective than shallow buried alternatives due to their strategic installation deep underground. With a service life exceeding 20 years, these anodes provide a durable, cost-effective solution requiring minimal maintenance. The cylindrical design allows for easy integration and adaptability to various environmental conditions, offering significant protection without the restrictions of terrain. Adoption of this technology is growing as it proves advantageous in projects where traditional methods are challenged by geographical constraints.