Forged and CNC Machined Titanium Threaded Flange Pipe Fittings

Titanium threaded flanges have extremely strong resistance to corrosive media such as seawater and chloride ions. Their corrosion resistance far exceeds that of stainless steel and carbon steel, and they are especially suitable for harsh environments such as marine and chemical industries.

No need. Titanium threaded flanges can be used for a long time without coating or cathodic protection, avoiding the risk of rust and significantly reducing maintenance requirements.

Titanium has a strength close to that of steel, but its density is only 60% of that of steel, which enables it to significantly reduce the weight of equipment in fields such as aerospace and shipbuilding while maintaining high load-bearing capacity.

Titanium flanges can still maintain excellent toughness in ultra-low temperature environments (such as liquid nitrogen and liquid oxygen), making them an ideal choice for cryogenic engineering.

Titanium alloys (such as TA2 and TA9) can maintain stable mechanical properties at high temperatures of 300-500℃, and some materials can even withstand higher temperatures for a short period of time.

At high temperatures, a dense oxide film forms on the surface of titanium, which can effectively isolate oxygen and prevent further oxidation of the material.

In corrosive environments, the lifespan of titanium flanges can be over ten times that of stainless steel, and they require almost no maintenance, resulting in a lower total life cycle cost.

Although the initial purchase cost of titanium flanges is relatively high, their extremely long service life and very low maintenance requirements significantly reduce the long-term usage cost, making their overall economic performance better.

Yes. Titanium has non-toxic and harmless biocompatibility, and its material purity is high, fully meeting the strict hygiene requirements of fields such as pharmaceuticals and food processing.

Titanium flanges support various welding methods such as TIG welding and plasma welding, with high weld strength. They can also be designed in interface forms such as flat welding, butt welding, and threaded welding, to meet the requirements of different pipeline systems.