About Monel Sheets
Monel Sheets / Plates
Types of Monel : MONEL K-500 sheet
Specifications
Available standard; ASTM B 865,AMS 4676, ASTM B164 monel sheets
High quality assured.
chemical composition of monel alloy K500
Element
Content,%
Ni
63.0min
Cu
27min~33max
Fe
2.0max
Mn
1.5max
C
0.25max
Si
0.5max
AI
2.3min-3.15max
Ta
0.35min~0.85max
S
0.01max
Tensile strength;ksi:90-200,MPa:621-1379
Yield strength (0.2%offset): ksi:40-160,MPa:172-1103.
Elongation rate(%):40-2.
Available standard; ASTM B 865,AMS 4676
Application: Chemical and petrochemical industry as well as the ocean development.
monel 400 sheet
Chemical composion
Grade
Chemical composion/%
Ni+Co
Mn
Cu
Fe
C
Si
S
Monel 400 NCu30(NW4400, UNS N04400)
63.0
2.0
28.0~34.0
2.5
0.30
0.5
0.024
monel 400 sheet,specification and manufacture ability
Grade
make
state
specification(T*W*L)/mm
Monel 400 NCu 28-2.5-1.5
NCu30(NW4400,UNS N04400)
Hot rolled
Hot working state(R)
soft state(M)
(4.1~50.0)X(300~3000)X
(500~4500 )
Cold rolled
Cold working(H)state(Y)semi hard state(Y)
soft state(M)
(0.3~4.0) X (300~1000)X
(500 ~ 4000)
Superior Corrosion ResistanceMonel sheets offer exceptional protection against rust and corrosive chemicals, making them indispensable for harsh environments like chemical plants and marine applications. Their ability to withstand acidic and saline conditions contributes to longevity and reduced maintenance costs.
Versatile Applications Across IndustriesWith high tensile strength and outstanding weldability, Monel sheets are extensively used in chemical processing, oil and gas industries, aerospace engineering, marine infrastructure, and heat exchangers. Their adaptability enables use in both standard and custom designs for demanding operational conditions.
Customizable Sizing and Finishing OptionsMonel sheets can be manufactured in standard or custom thicknesses (0.5 mm to 50 mm) and dimensions, with finishes including hot rolled, cold rolled, and polished. These options are complemented by tailored surface treatments like pickling and annealing, ensuring compatibility with specific project requirements.
FAQs of Monel Sheets:
Q: How are Monel Sheets processed to ensure durability and corrosion resistance?
A: Monel Sheets undergo processes such as hot or cold rolling, pickling, and annealing, which enhance their mechanical strength and surface quality. These steps ensure the sheets meet ASTM B127 and ASME SB127 standards and maximize corrosion resistance for demanding industrial environments.
Q: What industries typically utilize Monel Sheets and why?
A: Monel Sheets are commonly used in chemical processing, marine engineering, oil and gas, aerospace, and heat exchangers. They are favored for their superior corrosion resistance, high strength, and reliable performance in environments exposed to acids, saline water, and high temperatures.
Q: When should Monel 400 or Monel K500 grades be selected for a project?
A: Monel 400 is ideal for general corrosion resistance and weldability, while Monel K500 offers enhanced strength and hardness due to its age-hardened features. Grade selection depends on specific application requirements such as mechanical performance and resistance to stress.
Q: Where can Monel Sheets be supplied and in what packaging options?
A: Monel Sheets are distributed, exported, imported, and supplied across India and globally. They are securely packaged in export-standard wooden cases or custom packaging as required to ensure safe transportation and delivery to project sites.
Q: What benefits do Monel Sheets offer compared to other alloy sheet materials?
A: Monel Sheets provide exceptional resistance to corrosion, higher tensile strength (480 MPa min.), reliable performance in extreme environments, and excellent weldability. Their high thermal conductivity makes them ideal for heat-exchanger applications, setting them apart from many conventional alloys.
Q: Can Monel Sheets be customized in terms of size, shape, and weight?
A: Yes, Monel Sheets can be tailored to meet precise project needs, with standard and custom dimensions, shapes (rectangular, flat, or other), and weights ranging from 2 kg to 200 kg per sheet. This flexibility is ideal for complex engineering requirements.