Titanium is a completely non-toxic metal to the human body. It is a top aerospace material that can adapt to the harsh conditions of outer space. It is also a material for medical devices that can be safely implanted into the human body and become a part of the body.
Titanium is a material that is light as aluminum, hard as steel, has healthy and environmental protection, has acid-base resistance, and hardly ever becomes rust. Titanium does not contain harmful heavy metals, is non-toxic, and has good compatibility with human tissue and blood. Titanium can be implanted into the human body in the medical field. Titanium is the most pro-human metal. Titanium is a non-magnetic metal and will not be magnetized.
Pure titanium is mainly composed of more than 99.9% titanium and Ti, as well as other trace elements such as Fe, Fe, C carbon, n nitrogen, H hydrogen, O oxygen, etc. These ingredients are harmless to the human body, and titanium materials will not pollute our earth and air environment. Titanium is far away from the pollution of heavy metals and toxic chemicals. Titanium has a bacteriostatic function. Titanium containers can inhibit the growth of bacteria. Harmful bacteria will die quickly in a titanium environment. Only titanium products can do this in daily utensils. With the same volume, titanium metal products are lighter than other metal products. Titanium can be placed in the deep sea for a long time, and the wire will not rust. Titanium is very stable in many media. For example, titanium cannot be corroded in strong acid and alkali solutions.
Because the oxygen composition of titanium in the air and the titanium surface will form a layer of dense and solid titanium dioxide, which protects the titanium body from corrosion. Even after wear, it will recover and regenerate quickly. The melting point of titanium is 1668 ℃, and titanium can be used for a long time at a high temperature of 600 ℃ without fatigue. Titanium cookers are not easy to deform after cooking with a high-temperature open fire. The strength of titanium will increase with the decrease in temperature. Maintain good ductility and toughness at - 253 ℃ to avoid metal cold embrittlement. Titanium will not feel cold in a low-temperature environment. Titanium is known as a warm metal for a low-temperature operation.
The high tensile / yield strength of titanium makes the resilience of titanium large during forming and the rigidity of the product large after forming. Titanium is not easy to deform after forming. In the same volume of metal products, the strength of titanium products is the first among metals. The high strength of titanium products has been surpassed from the end. The wall thickness of titanium products is the thinnest among metal utensils. The titanium surface is not easy to scale, which can reduce the thermal resistance and significantly improve the heat exchange performance of titanium. When the bottom of the titanium pot is heated, the heat will be quickly transferred to the pot through the pot bottom, and the conduction from left to right will be very slow. Therefore, the temperature of the handle of the titanium pots will be very low and the heating in the pot will be very fast.
The advantages of titanium in tableware are lightweight, non-toxic (stainless steel generally contains heavy metals, which will harm the human body for a long time), has good strength, is not easy to damage, etc.
