Prášek ze slitiny niklu K500
Prášek ze slitiny niklu K500, známý také jako prášek Monel K500, je slitina niklu a mědi s vynikající odolností proti korozi a vysokou pevností. Tento moderní materiál je ceněn pro svou odolnost v širokém spektru náročných aplikací.
Niklová slitina K500 vyniká kombinací vysoké pevnosti a výjimečné odolnosti vůči mnoha korozivním prostředím. Díly vyrobené z prášku K500 si zachovávají trvanlivost, rozměrovou stálost a integritu navzdory působení mořské vody, solí, kyselin, louhů, kyselého plynu a ropy.
Díky této univerzálnosti je slitina vhodná pro komponenty pro těžbu ropy a zemního plynu, lodní hardware, ventily, spojovací materiál, části čerpadel a oběžných kol vystavené erozi, oxidaci nebo korozi. Struktura jemných zrn a schopnost tvrdnutí slitiny K500 umožňuje její tvarování do složitých tvarů.
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Obsah
Prášek ze slitiny niklu K500, známý také jako prášek Monel K500, je slitina niklu a mědi s vynikající odolností proti korozi a vysokou pevností. Tento moderní materiál je ceněn pro svou odolnost v širokém spektru náročných aplikací.
Přehled
Nickel Alloy K500 powder has the following key characteristics:
- Composition: Ni – 63%, Cu – 28-34%, Fe – 2.3% max, Mn – 1% max
- Vysoká pevnost a tvrdost
- Vynikající odolnost proti korozi
- Vynikající odolnost proti opotřebení a oděru
- Retains properties at elevated temperatures
- Versatile alloy suitable for multiple industries
- Available in various particle sizes and distributions
Niklová slitina K500 vyniká kombinací vysoké pevnosti a výjimečné odolnosti vůči mnoha korozivním prostředím. Díly vyrobené z prášku K500 si zachovávají trvanlivost, rozměrovou stálost a integritu navzdory působení mořské vody, solí, kyselin, louhů, kyselého plynu a ropy.
Díky této univerzálnosti je slitina vhodná pro komponenty pro těžbu ropy a zemního plynu, lodní hardware, ventily, spojovací materiál, části čerpadel a oběžných kol vystavené erozi, oxidaci nebo korozi. Struktura jemných zrn a schopnost tvrdnutí slitiny K500 umožňuje její tvarování do složitých tvarů.
Typické aplikace
Nickel Alloy K500 powder is used to fabricate parts for:
Průmysl | Komponenty |
---|---|
Aerospace | Engine parts, fasteners, hw, valves |
Ropa a plyn | Wellhead parts, marine components, fasteners |
Chemické zpracování | Čerpadla, ventily, reakční nádoby |
Námořní | Propellers, fittings, fasteners |
Zpracování potravin | Mixers, valves, pipe fittings |
Dodavatelé
Nickel Alloy K500 powder is available from leading metal powder manufacturers:
Společnost | Označení produktu |
---|---|
Sandvik | Osprey K500 |
Praxair | Monel K500 |
Tesařské práškové výrobky | K500 |
Specifikace
Nickel Alloy K500 powder conforms to the following specifications:
Specifikace | Známky |
---|---|
AMS 4750 | UNSS48000 |
ASTM B127 | Grades 1 & 2 |
ASME SB127 |
It is supplied in various size distributions:
Rozsah velikosti částic | Běžné aplikace |
---|---|
20-53 mikronů | MIM, HIP |
10-45 mikronů | Metal AM |
45-150 mikronů | Tepelný nástřik |
Typical Properties
Prášek ze slitiny niklu K500 has well balanced mechanical properties, corrosion resistance and fabricability:
Vlastnictví | Hodnota |
---|---|
Hustota | 8.69 g/cc |
Bod tání | 1315°C |
Tepelná vodivost | 29.4 W/m-K |
Elektrický odpor | 94 ohms/sq.cmf |
Modul pružnosti | 190-207 MPa |
Pevnost v tahu | 1240 MPa |
Mez kluzu | 590 MPa |
Prodloužení | 20% |
Charpy Impact | 41J at RT |
Microhardness | 215 VPN |
Corrosion Rate | Less than 13 um/yr |
Složení
The chemical composition of Nickel Alloy K500 ensures optimal performance:
Živel | Hmotnost % |
---|---|
nikl (Ni) | 63% |
měď (Cu) | 28-34% |
železo (Fe) | 2.3% max |
mangan (Mn) | 1.0% max |
Olovo (Pb) | 0,05% max |
síra (S) | 0.02% max |
uhlík (C) | 0,1% max |
křemík (Si) | 0,1% max |
hliník (Al) | 0,1% max |
Controlling the ratio of nickel to copper within narrow limits and limiting impurities ensures the excellent corrosion resistance, workability, and weldability of K500 alloy.
The high nickel content gives the outstanding corrosion resistance in many environments including acidic, caustic and chloride solutions. Copper provides strength and hardness while allowing complex shapes to be formed and welded. Iron improves high temperature strength and hardness. Minimal carbon content reduces precipitation of graphite. Tight control of sulfur enhances corrosion resistance.
Vlastnosti
The balanced composition results in a combination of properties making Nickel Alloy K500 suitable for demanding applications.
Fyzikální vlastnosti
- Density similar to steel alloys at 8.69 g/cc
- Melting point of 1315°C enables use at high temperatures
- Good thermal conductivity of 29.4 W/m-K for heat dissipation
- Low electrical resistivity for sensitive electrical components
- Nízká magnetická permeabilita
Mechanické vlastnosti
- Proof stress of 590 MPa yields high elastic strength
- Tensile strength over 1240 MPa is stronger than steel
- 20% elongation allows significant cold working
- Work hardening increases strength during forming
- Impact resistance superior to stainless steels
- Hardness of 215 VPN after age hardening
- Retains strength after prolonged exposure up to 600°C
Odolnost proti korozi
- Builds up a protective oxide film when exposed to atmosphere or water preventing further attack
- Resists damage even after extended exposure to sea water
- Not affected by hydrochloric or sulfuric acids even at strength or temperature
- Highly resistant to alkaline solutions and organic acids
- Ignores oxidizing salts and chloride-ion solutions
- Outstanding resistance to sour gas environments in oil & gas
- Suffers no graphitization and selective leaching of elements
Zpracovatelnost
- Readily hot worked between 1000 – 1150°C
- Cold worked at intermediate annealing temperatures
- Machinability rating of 35-40% that of 303 stainless
- Welds easily using conventional processes
- Easy to heat treat by precipitation hardening
- Can also be surface hardened by nitriding or carburizing processes
Shrnutí, Prášek ze slitiny niklu K500 delivers:
- Corrosion resistance better than stainless steel
- Double the strength of nickel alloys like Monel 400
- Temperature resistance beyond super alloys
- Formability similar to austenitic steels
- Weldability matching nickel copper alloys
Aplikace
Nickel Alloy K500 is valued across industries for its strength, wear properties, and corrosion resistance even in extreme environments of temperature, pressure or exposure to aggressive chemicals.
Ropa a plyn
Petrochemical and sour gas environments rely on K500 for critical components.
Komponenty: Valves, wellhead parts, rupture discs, pump and compressor parts, fasteners
Features Used:
- Strength at high pressures and temperatures
- Sour gas resistance protects against hydrogen embrittlement and stress corrosion cracking
- Wear resistance for high velocity flows and abrasive media
Námořní
Marine grade K500 stands up to seawater exposure.
Komponenty: Shafts, fittings, fasteners, pumps
Features Used:
- Corrosion resistance to sea water prevents pitting or crevice corrosion
- Biofouling resistance avoids marine organism buildup
- Strength maintains integrity against dynamic loads
Chemické zpracování
Exceptional performance in corrosive environments.
Komponenty: Valves, pump parts, reaction vessels, pipe fittings
Features Used:
- Total corrosion resistance to acids like HCl, H2SO4 under pressure/heat
- Resists caustic cracking in NaOH service
- Handles organic acids and oxidizers without damage
- Maintains tight tolerances preventing leakage or seizures
Aerospace
Strength plus corrosion resistance even at altitude.
Komponenty: Fasteners, valve parts
Features Used:
- Proof strength 50% more than stainless steel
- Lightweight compared to cobalt alloys
- Retains properties at extreme altitudes/temperatures
- Won’t accelerate combustion like magnesium or aluminum
Architektura
Decorative toughness for buildings.
Komponenty: Decorative building panels, hardware
Features Used:
- Maintains appearance without corrosion stains
- Work hardens preventing dents and damage
- Half the density of bronze with better strength
Zpracování potravin
Safely handles hot acids while resisting wear.
Komponenty: Mixer parts, valve stems & trim
Features Used:
- Won’t contaminate food with leached metals
- Withstands heat and acids from cleaners and disinfectants
- Resilience prevents cracking from thermal shock
- Hardness resists erosion from particulates
Zpracování
Vstřikování kovů (MIM)
- Most economical processing method
- Achieves tight tolerances for small complex parts
- Sintered parts can be easily machined and further heat treated
Přímé laserové spékání kovů (DMLS)
- Constructs complex geometries without tooling limitations
- Minimal finishing required for functional components
- Unmatched flexibility for prototyping and custom production
Izostatické lisování za tepla (HIP)
- Produces defect-free parts with properties equivalent to wrought material
- Applicable for larger components up to 1000 kg
- Post-HIP heat treatment can further enhance properties
Casting
- Sand casting for larger parts exceeding 50 kg
- Investment casting for small detailed shapes
Kování
- Closed die extrusion for making seamless tubes
- Open die forging for stock material production
Nickel Alloy K500 is very weldable for joining components or repair using gas tungsten arc welding, gas metal arc welding or shielded metal arc welding processes with matching filler metal. Stress relieving heat treatment after welding is recommended.
Analýza nákladů
Prášek ze slitiny niklu K500 is available fully pre-alloyed eliminating the need for master alloy additions. Prices fluctuate based on nickel prices and regional demand dynamics.
Region | Cenové rozpětí |
---|---|
Severní Amerika | $50 – $65 per kg |
Evropa | € 45 – €55 per kg |
Asia | $52 – $68 per kg |
Considering performance per dollar, K500 remains cost competitive compared to alternative materials:
Materiál | Price Estimate | Special Properties |
---|---|---|
304 Stainless | Dolní | Mnohem nižší pevnost |
Inconel 625 | 3X Higher | Lepší odolnost proti korozi |
17-4PH Steel | Stejné | Nižší odolnost proti korozi |
Nickel Alloy K500 | – | Best balance |
Nickel Alloy K500 powder offers the optimal combination of fabrication cost, mechanical performance and corrosion resistance for demanding applications.
Souhrn
Nickel Alloy K500 powder delivers an unmatched balance of properties:
- Proof strength 50% higher than austenitic stainless steels
- Corrosion rate 10X lower than 300 series stainless
- Retains over 90% strength at over 500°C
- Castability and weldability similar to stainless steels
- Cost advantage over titanium or refractory alloys
These well-rounded characteristics establish K500 as a benchmark engineering material ready for current manufacturing methods. Nickel Alloy K500 empowers engineers with advanced capabilities unlocking performance barriers and enabling extreme environment operation.
FAQ
Otázka | Odpovědět |
---|---|
Is Nickel Alloy K500 powder available in all standard size distributions? | Yes, leading manufacturers supply K500 powder in a full range including 20-150 microns tailored for all major powder bed fusion and powder metallurgy processes. |
What density should good quality Nickel Alloy K500 powder have? | Fully pre-alloyed K500 powder with optimal morphology and flow characteristics exhibits tapped density between 4-5 g/cc. |
Is Nickel Alloy K500 powder compatible with stainless steel handling systems and equipment? | Yes, K500 powder does not pose any chemical risks or special handling requirements beyond standard stainless steel powder processing equipment and accessories. |
What is the manufacturing origin of reputable Nickel Alloy K500 powder? | Qualified Nickel Alloy 500 powder is produced and audited at ISO certified facilities in North America and Europe with extensive experience processing high performance alloys. |
Does Nickel Alloy K500 powder require hot isostatic pressing (HIP) to achieve full density parts? | While HIP can further enhance properties, fully dense K500 parts meeting all specifications can be successfully printed by leading metal AM system manufacturers without secondary HIP. |
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