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Arbre de pompe en acier inoxydable – Grade 410/420 – Trempé
Stainless Steel Pump Shaft – Grade 410 / 420 – Hardened Hardened Stainless Steel Pump Shafts (Grades 410 & 420) Our martensitic stainless steel pump shafts in grades 410 and 420 are engineered for high-performance industrial environments. These shafts provide exceptional strength, superior wear resistance, and reliable corrosion resistance, specifically designed to withstand high-pressure and high-temperature conditions. Key Benefits Heat-Treatable: Enhanced for superior
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430 Arbre en acier inoxydable résistance élevée et résistance à la corrosion
430 Stainless Steel Axle – High Strength & Corrosion Resistant 430 Stainless Steel Axles 430 stainless steel axles are engineered from ferritic stainless steel, providing a robust combination of corrosion resistance, high strength, and excellent oxidation resistance. These cost-effective components are magnetic and specifically designed for demanding industrial environments. Key Benefits & Applications High Performance: Excellent oxidation resistance and structural strength
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440C Martensitic Stainless Steel Precision Shaft
440C Martensitic Stainless Steel Precision Shaft Product Overview Engineered for high-performance industrial environments, this precision ground shaft is manufactured from high-carbon chromium stainless steel (AISI 440C / JIS SUS440C). It offers exceptional hardness (58–60 HRC), superior wear resistance, and reliable corrosion protection. Key Benefits & Applications High Hardness: 58–60 HRC post-heat treatment for extreme durability Precision Engineering: Features tight
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N08825 Arbre en alliage de nickel en alliage de nickel 825
N08825 Incoloy 825 Nickel Alloy Shaft Incoloy 825 Precision Shafts (UNS N08825) Incoloy 825 (UNS N08825 / 2.4858) precision shafts are nickel-iron-chromium alloy with additions of molybdenum, copper and titanium. These shafts offer exceptional resistance to sulfuric acid, phosphoric acid, pitting, crevice corrosion, and stress corrosion cracking in chloride-containing environments. Engineered for durability, they maintain excellent mechanical properties from cryogenic to
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Arbre en alliage de nickel Incoloy 925
Incoloy 925 Nickel Alloy Shaft Incoloy 925 (UNS N09925) Nickel Alloy Shaft Incoloy 925 is a premium precipitation-hardened nickel alloy engineered for environments requiring a combination of high mechanical strength and superior corrosion resistance. Key Advantages & Applications High Performance: Excellent resistance to sour gas and corrosive environments. Certified Quality: Compliant with ASTM B805/B637 and NACE MR0175 / ISO 15156-3 standards. Versatile Use: Ideal for
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Ferritic Stainless Steel Shaft – 430 / 409 / 444 / 439
Ferritic Stainless Steel Shaft – 430 / 409 / 444 / 439 Product Overview Our ferritic stainless steel shafts (Grades 430, 409, 444, and 439) are engineered for high-performance industrial applications. These magnetic, non-hardenable shafts offer excellent oxidation resistance and superior cost-effectiveness due to their low or nickel-free composition. Key Benefits & Applications Precision Engineering: CNC turned and ground to tight tolerances for reliable performance Material
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Arbre en acier inoxydable martensitique 410 / 420 / 431 / 440C
Martensitic Stainless Steel Shaft 410 / 420 / 431 / 440C Product Overview Our Martensitic stainless steel precision shafts (Grades 410, 420, 431, 440C) are engineered for high-performance industrial applications. These shafts are heat-treatable, offering superior strength, excellent wear resistance, and reliable corrosion resistance. Core Advantages High Strength & Durability: Heat-treatable alloys designed for demanding environments. Precision Engineering: CNC turned and
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L'axe de l'alliage de nickel Inconel 718
Nickel Alloy Inconel 718 Shaft Inconel 718 High-Performance Alloy Shaft Engineered from precipitation-hardenable nickel-chromium alloy, this shaft provides ultra-high strength, exceptional corrosion resistance, and superior fatigue performance. It is designed to maintain structural integrity in extreme temperature environments ranging from –250 °C to 700 °C. Key Benefits & Applications Extreme Temperature Stability: Reliable performance from –250 °C to 700 °C Superior
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