oxidation resistance

Its ozone and oxidation resistance are greater than that of neoprene.

Good oxidation resistance properties but should not be subjected to subsequent manipulation.

Excellent corrosion and oxidation resistance over wide temperature range.

Extended drain intervals due to a better oxidation resistance and broad range of operation temperatures.

Oxidation resistance The continuous use of oil will promote oxidation.

Exceptional oxidation resistance for long service life.

Investigation indicates that addition of rhenium and tantalum increases oxidation resistance.

Excellent oxidation resistance allows high speed and semi-dry or dry machining operations.

One way to improve the oxidation resistance of ZrC is to make composites.

Ceramics possess basic physical properties such as a high melting point, chemical stability, and especially oxidation resistance.

The high melting point and oxidation resistance lead to the use of the metal in the production of vacuum furnace parts.

Good oxidation resistance, low thermal expansion and high thermal conductivity are also required.

Excellent fuel soot dispersency and oxidation resistance to protect against excessive oil viscosity increase.

Increased chromium for improved high temperature corrosion/oxidation resistance.

Poor oxidation resistance over 800 C limits the applications of ZrC.

Sialons also have high wear resistance, low thermal expansion and good oxidation resistance up to above 1000 C.

Over 50 years ago, it was discovered that a minimum of 12% chromium would impart corrosion and oxidation resistance to steel.

In addition to their thermal stability, other advantages of oxides are their nontoxicity and high oxidation resistance.

Gold is used because of its oxidation resistance and very high IR reflectivity of approximately 95%.

However, it has a low oxidation resistance, with the oxidation starting at temperatures as low as 430 C.

This fluid was developed to modify the vehicle shifting characteristics and to provide considerable improvement in the oxidation resistance and anti-wear performance.

Additives are incorporated to provide rust protection, metal passivation, anti-foam and oxidation resistance to also provide performance improvement.

Extreme heat treatment leads to greater oxidation resistance as well as improved mechanical properties such as fracture resistance.

In order to improve the oxidation resistance of these alloys, Al, Cr, B, and Y are added.

Although useful in improving the oxidation resistance of the basic polymer, the tests are reported to be not selective enough when all the specimens are stabilized.