Titanium plate
Product Introduction
When discussing corrosion-resistant steel plates, GR2 titanium plates are truly "hexagonal warriors" in the world of corrosion resistance, possessing a built-in "lifetime protective armor." In an oxygen-rich environment, they spontaneously form a dense and tough oxide protective film. This film adheres tightly to the plate surface, acting like an impenetrable "invisible suit," remaining steadfast against any harsh corrosion. Immersed in the salty, pungent seawater, it withstands the long-term corrosive effects of seawater salt, remaining rust-free and undamaged, maintaining its perfect shape for a long time. In chemical workshops with strong acids and alkalis, facing the "bombardment" of chlorides and various industrial chemicals, it remains unmoved, uncorroded, and undeteriorated. Even in complex outdoor or harsh working conditions, it resists the attack of various corrosive agents, maximizing its durability. Every GR2 titanium plate is manufactured in strict accordance with international standards such as ASTM B265/ASME SB265. This superior corrosion resistance has undergone rigorous testing, ensuring peace of mind with every use.
TItanium plate specification
Shaanxi Yuanzekai Metal, a professional titanium plate manufacturer, offers highly flexible specifications for its GR2 titanium plates to meet diverse application needs. These plates cover thin, medium, and thick plates, and are manufactured in strict accordance with national standard GB/T 3621-2007 and American standard ASTM B265, among other domestic and international standards.
Thickness specifications：
Thin plates： from 0.3mm to 5.0mm,
Medium-thick plates range ：from 6.0mm to 30mm, with 3mm, 4mm, 5mm, 6mm, 8mm, and 10mm commonly stocked,
Thick plates range： from 30mm to 100mm, requiring custom forging.
Applications of GR2 Titanium Plate
Core Application 1: Chemical and Energy Sector – GR2 titanium plate, with its excellent resistance to acids, alkalis, and chloride corrosion, is widely used in the chlor-alkali industry for electrolytic cell anode plates and chlorine coolers; in PTA production for oxidation reactor linings and acetic acid storage tanks; and in fine chemical industries for pharmaceutical reactors and high-purity chemical storage tanks. It also plays a crucial role in petrochemical and environmental engineering (flue gas desulfurization equipment linings), replacing stainless steel to achieve the dual benefits of "extended lifespan + reduced maintenance," becoming a key material for upgrading chemical equipment.
Second core application: Marine engineering – In the harsh, salty seawater environment, the corrosion resistance of GR2 titanium plates is fully utilized, making it a preferred material for marine engineering. It is widely used in evaporator plates of seawater desalination equipment, seawater pipelines, underwater structures of ships, pumps and valves, deep-sea drilling platform components, and marine aquaculture cages. It can withstand long-term immersion and erosion by seawater salt and is also resistant to various corrosive factors in the marine environment, maintaining its intact shape for a long time without frequent maintenance and replacement. This significantly reduces the operation and maintenance costs of marine engineering and provides solid material support for marine resource development and the seawater desalination industry.