Inconel 718 bolt AMS 5662

£35,000.00

Inconel 718 Bolt AMS 5662 is a premium nickel-based superalloy fastener engineered for exceptional strength, oxidation resistance, and high-temperature performance in aerospace, energy, and demanding industrial applications. Manufactured to AMS 5662 specifications, it delivers outstanding reliability under extreme mechanical and corrosive environments. Competitive Advantage: Superior creep resistance and long service life make Inconel 718 bolts a preferred choice for critical assemblies requiring maximum durability and performance.

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Description

Product Overview
Inconel 718 bolt (AMS 5662) — a high-strength, precipitation-hardenable nickel‑chromium‑iron superalloy fastener manufactured to AMS 5662 standards. Engineered for extreme environments, these bolts deliver exceptional tensile and creep-rupture strength at temperatures up to ~700°C, plus superior corrosion and oxidation resistance. Primary uses include critical fastening in aerospace engines, gas turbines, power generation, and high-performance industrial equipment where safety and reliability are non‑negotiable. Strategically, AMS‑specified Inconel 718 bolts reduce lifecycle risk, enable higher operating temperatures, and simplify inventory consolidation for quality-driven OEMs and MRO providers.

Key Specifications & Technical Characteristics

  • Material: Inconel 718 (Nickel‑Chromium‑Iron superalloy), conforms to AMS 5662.

  • Chemical composition (typical ranges): Nickel (Ni) ~50–55%, Chromium (Cr) ~17–21%, Iron (Fe) balance, Niobium + Tantalum (Nb+Ta) ~4.75–5.5%, Molybdenum (Mo) ~2.8–3.3%, Titanium (Ti) ~0.65–1.15%, Aluminum (Al) ~0.2–0.8%; trace C, Mn, Si, S per AMS spec.

  • Mechanical properties: High tensile strength and yield strength after precipitation hardening; excellent creep-rupture resistance to ~700°C (specific values per size and heat treatment to be provided on request).

  • Heat treatment: Solution treated and precipitation hardened per AMS/ manufacturer process to meet AMS 5662 mechanical property tables.

  • Physical characteristics: Metallic, silvery‑gray finish; form: machined bolt (threaded to specified class), available in standard imperial and metric diameters and lengths per engineering drawing.

  • Thread & head specifications: Delivered to customer drawing or standard aerospace threads (UNJ/UNF/UNC) and head styles per AMS/engineering requirements.

  • Tolerances & testing: Manufactured to aerospace tolerances; supplied with chemical analysis, mechanical test reports, hardness, and dimensional inspection certificates per AMS requirements.

  • Corrosion resistance: Superior resistance to oxidation and corrosion in high-temperature and corrosive atmospheres.

  • Packaging options: Industrial bulk crates, wooden pallets, sealed metal or poly coils for small quantities; custom protective packaging (wax coating, desiccant, vacuum wrap) available for long-term storage or export shipments.

  • Shelf life: Indefinite under proper storage (dry, controlled environment); recommended re-inspection after prolonged storage (>5 years) if required by purchaser quality program.

  • Traceability: Full heat lot traceability, Certificate of Conformance (CoC), and material test reports (MTRs) included.

Core Industrial Applications

  • Aerospace & Defense: Engine and airframe critical fasteners — turbine casings, combustor assemblies, and high‑temperature structural joints where failure is catastrophic. Outperforms conventional stainless steels by retaining strength and resisting creep at elevated temperatures.

  • Power Generation: Gas turbines and steam turbines — rotor and casing bolting, hot-section fasteners that require long-term creep resistance and oxidation stability.

  • Oil & Gas / Petrochemical: High‑temperature valves, flanges, and pilot assemblies exposed to corrosive and high‑pressure conditions; preferred where sulfide stress cracking and high‑temp corrosion are concerns.

  • Industrial Manufacturing & Metallurgy: High‑temperature tooling, heat-treatment fixtures, and critical assemblies in furnaces or processing lines that demand dimensional stability and fatigue resistance.
    Why it performs better than alternatives

  • Retains tensile and yield strength at temperatures far above typical stainless steels, reducing maintenance and downtime.

  • Exceptional creep and fatigue resistance extends service intervals and improves safety margins.

  • Industry‑standard AMS 5662 specification ensures predictable, audit‑friendly performance for regulated OEMs and MROs.
    Efficiency, durability, cost advantages

  • Longer in-service life decreases replacement frequency and total cost of ownership.

  • Consolidation to a single high-performance alloy reduces inventory complexity for critical spares.

  • Predictable mechanical behavior under thermal cycling reduces risk and engineering contingencies.

Competitive Advantages

  • Quality consistency: Manufactured and inspected to AMS 5662 with full MTRs, dimensional checks, and certificate of conformance for every lot.

  • Supply reliability: Industrial-scale production planning with safety stock and scheduled allocations for aerospace and power customers; capacity to fulfill recurring contracts.

  • Logistics capability: Export-ready packaging, consolidated shipping options, and international freight forwarding support from origin to major ports; ability to handle urgent airfreight for AOG/MRO scenarios.

  • Price competitiveness: Bulk procurement and optimized heat-processing streams enable market-competitive pricing against specialty suppliers while maintaining aerospace-grade quality.

  • Sustainability: Process controls minimize scrap; options for packaging reduction and recyclable materials; supplier audits available upon request.

  • Technical support & documentation: Engineering data packs available on request (MTRs, hardness, dimensional reports, heat-treatment records, installation torque recommendations, and maintenance guidance). Responsive technical account support for qualification, PPAP, or source inspections.

Commercial & Supply Information

  • Minimum Order Quantity (MOQ): BULK 20 MT.

  • Loading capacity (per standard container): Approximate loading capacity depends on packaging and bolt geometry; typical reference: up to 20–22 MT per 20-ft container (subject to packing configuration and securing requirements). Exact container loading plans and weight calculations provided with order confirmation.

  • Lead times: Quoted per contract based on current production schedule and order size; expedited options available for critical needs (additional cost may apply).

  • Terms: Pricing, payment, and shipping terms to be confirmed in formal quote. Full material traceability and export documentation included.

Additional information

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per MT

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