Alloy CPB Driver
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Alloy CPB Driver
Chen and D.
Polk in U. These amorphous alloys have the formula Ma Yb Zc, where M is at least one metal selected from the group consisting of iron, nickel, cobalt, chromium and vanadium, Y is at least one element selected from the group Alloy CPB of phosphorus, boron and Alloy CPB, Z is at Alloy CPB one element selected from the group consisting of aluminum, antimony, beryllium, germanium, indium, tin and silicon, "a" ranges from about 60 to 90 atom percent, "b" ranges from about 10 to 30 atom percent and "c" ranges from about 0.
Also disclosed and claimed by the aforesaid patent Alloy CPB Chen et al. More recently, iron-chromium base amorphous metal alloys have been disclosed by Masumoto et al.
These alloys contain atom percent chromium, atom percent of at least one of the metalloids phosphorus, carbon and boron, balance iron and, optionally, also contain less than 40 atom percent of at least one of nickel and cobalt, less than 20 atom percent of at least one of molybdenum, zirconium, titanium and manganese, and less Alloy CPB 10 atom Alloy CPB of at least Alloy CPB of vanadium, niobium, tungsten, tantalum and copper. The alloys taught by the Chen et al.
Structural reinforcements used in tires, epoxies and concrete composites require improved mechanical properties, stress and corrosion resistance, and higher thermal stability. The Alloy CPB properties required by these reinforcement applications have necessitated efforts to develop further specific alloy compositions.
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Amorphous metal alloys having improved mechanical, physical and thermal properties are taught by U. Such alloys contain substantial quantities of scarce, strategic and valuable Alloy CPB that are relatively expensive.
Such alloys have the formula Fea Crb Cc Pd Moe Wf Cug Bh Sii, where "a" ranges Alloy CPB about atom percent, "b" ranges from about atom percent, "c" ranges from about atom percent, "d" ranges from about atom percent, "e" ranges from about atom percent, "f" ranges from about The alloys of this invention are primarily glassy e. Improved physical and mechanical properties, together with a greater degree of amorphousness, Alloy CPB achieved by casting the molten alloy onto a chill wheel in a partial vacuum having an absolute pressure of less than about 5.
The thermal Alloy CPB of amorphous metal tire Alloy CPB filament must be sufficient to prevent complete or partial transformation from the glassy state to an equilibrium or a metastable crystalline state during such heat treatment.
In addition, metal tire cord filaments must be resistant to 1 breakage resulting from high Alloy CPB loads and 2 corrosion and stress corrosion produced by sulfur-curing compounds, water and dilute salt solutions. Resistance to chemical corrosion, though particularly important to tire cord filaments, is not Alloy CPB by brass plated steel tire cords.
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Rubber tires conventionally used in motor vehicles are permeable. Water vapor reaches steel tire cord filaments Alloy CPB cuts and cracks in the tire as well as through the rubber itself.
The cord corrodes, producing Alloy CPB points therein, followed by rapid procession of corrosion along the cord and, ultimately, separation of the steel reinforcement from the rubber carcass. The amorphous metal tire cord alloys of the present invention not only resist such chemical corrosion, but have lower flexural stiffness than steel tire cord. Such decreased flexural stiffness reduces rolling resistance Alloy CPB vehicle tires, improving fuel economy of the vehicle.
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Other applications for which the amorphous Alloy CPB alloys of this invention are particularly suited include reinforced plastics such as pressure vessels, reinforced rubber items such as hoses and power transmission belts, concrete composites such as prestressed concrete, cables, springs and the like. As previously noted, Alloy CPB stability is an important property for amorphous metal alloys used to reinforce tires, pressure vessels, power transmission belts and the like.
Thermal stability is characterized by the Alloy CPB transformation Alloy CPB of an alloy, and may be determined in part by DTA differential thermal analysis. As considered here, relative thermal stability is also indicated by the retention of ductility in bending after thermal treatment.
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Alloys with similar crystallization behavior as Alloy CPB by DTA may exhibit different embrittlement behavior upon exposure to the same heat treatment cycle. In general, the glass transition temperature Tg is near the lowest, or first, crystallization temperature, Tcl, and, as is convention, is the temperature Alloy CPB which the viscosity ranges from about to poise.
Such heat treatments are required in certain specific applications, such as curing a coating of Alloy CPB on razor blade edges or bonding tire rubber to metal wire strands. In accordance with the invention, amorphous alloys of iron, chromium, carbon and phosphorus have high ultimate tensile strength, ductility Alloy CPB resistance to corrosion and stress corrosion.