In the load-bearing components of aircraft landing gear, in the lightweight chassis of racing cars, and in the tough shafts of trekking poles, an aluminum alloy codenamed 7075-T6 plays a crucial role. With a density of only 2.8 grams per ton, it bears a weight far exceeding that of ordinary steel, and after T6 heat […]

The forging temperatures of common steels are mostly between 800℃ and 1250℃, depending on the type of steel. Carbon steel has a wider range, while alloy steel and high-speed steel require stricter temperature control to prevent cracking or overheating. Common Forging Temperatures for Steels Carbon Steel: Initial forging temperature is generally around 1200℃, and the

150HB The hardness of 7075 aluminum alloy is typically 150HB, but the specific value depends on the heat treatment state. T6 temper (most common): After solution treatment and aging, the hardness is approximately 150HB, with very high strength, commonly used in aerospace and mold making. O temper (annealed): The material is softer, with the hardness

The typical temperature range for forging 316 stainless steel is 925–1260°C (1700–2300°F). The initial forging temperature is generally recommended to be 1150–1200°C, and the final forging temperature should not be lower than 925°C (approximately 1700°F). Initial forging temperature: 1150–1200°C (to ensure good plasticity and avoid chromium depletion at grain boundaries) Final forging temperature: ≥925°C (below

Yes, forging is possible, but requires heating. 304 stainless steel can be forged, but it must be hot-forged after heating. It is difficult to process at room temperature and tools are easily damaged. Temperature control: Forging should only begin when the temperature is between 1100℃ and 1200℃. Do not continue hammering below 900℃, otherwise the

Hastelloy C276 (UNS N10276) is a nickel-chromium-molybdenum-tungsten nickel-based alloy designed for extremely corrosive environments. Typical applications include: Chemical and petrochemical industries: reactors, evaporators, heat exchangers, piping, and pumps, especially for media containing chlorides, wet chlorine, hypochlorite, formic acid/acetic acid, concentrated sulfuric acid, or mixed acids; Flue gas desulfurization (FGD) systems: scrubbing tower linings, spray pipes,

Alloy C276 and Hastelloy C276 are different names for the same nickel-based alloy and have no substantial difference. Hastelloy C276 is the registered trade name (trademark) of Haynes International, while C276 is the general technical name for the alloy (often referred to by UNS number N10276 or ASTM/EN standard). Their chemical composition (Ni ≥57%, Mo

C276 (Hastelloy C276) C276 is a high-performance nickel-molybdenum-chromium-based corrosion-resistant alloy. Its material properties and applications are as follows: Material Composition: Main Components: Nickel (Ni): Approx. 57% (balance) Molybdenum (Mo): 15%~17% Chromium (Cr): 14.5%~16.5% Trace Elements: Iron (Fe): 4%~7% Tungsten (W): 3%~4.5% Cobalt (Co): ≤2.5% Carbon (C): ≤0.01% Silicon (Si): ≤0.08% Manganese (Mn): ≤1% Phosphorus (P):

Both Ni Hard and Ni Resist are high performance alloy cast irons, but their design goals and applications are drastically different: Ni-Hard is designed for impact resistance and wear resistance, performing exceptionally well in harsh working conditions and earning the title of “wear-resistant champion.” Ni-Resist, on the other hand, excels in corrosion resistance and high-temperature

Nihard nickel-chromium alloy white cast iron is a kind of white cast iron containing nickel and chromium alloy elements. It is usually called Ni-Hard internationally. It has good wear resistance, impact resistance and corrosion resistance, and its microstructure is a chromium-iron alloy distributed on nickel-based martensite. Its high strength, high hardness, corrosion resistance and good