Monel K500 Mesh

Key Features:

1. Excellent corrosion resistance in the diverse service conditions 2. Higher strength than alloy 400 3. Mesh Size: 0.2mesh/inch to 300mesh/inch 4. Wire Dia: 0.03mm to 8.0mm Technical Data Mesh Specification Charts

Product Description:

We supply Monel K500 Mesh with wire mesh and perforated metal. It provides excellent corrosion resistance properties like Monel 400. However, Monel K500 contains additional content of aluminum which provides higher tensile strength and toughness than Monel 400.

Monel K500 mesh prevents corrosive attack in the running sea water, chemical solutions, acids like hydrofluoric acid and phosphoric acid and alkaline media. It also prevents stress corrosion cracking and possesses high tensile strength and durability.

Properties of Monel K-500 Mesh:

High mechanical properties at subzero temperatures
Good welding properties
High tensile and yield strength
Stress corrosion cracking resistance
Small strength in annealed condition, by presence of foreign elements and heat processing strength can be improved.

Applications of Monel K500 Mesh:

Strainer baskets in marine industries, petrochemical industries, food and chemical processing units and heat exchangers, chemical and hydrocarbon processing and crude oil distillation.

Monel K500 Wire Mesh Available Specifications:

Wire diameter: 0.05mm to 8mm

Opening size: 0.05mm to 30mm

Sheet size: width up to 5000mm, no limit on length.

Monel K500 Mesh Chemical Composition:

Al	C	Fe	Ni	Cu	Ti	Mn	Si	S
2.3 – 3.15 %	0.18 %	2 %	63 %	29.5 %	0.6 %	1.5 %	0.50 %	0.010 %

Monel K500 Mesh Property Data:

Density	8.44 g/cm3 or 0.305 lb/in3
Melting Point	1350oC or 2460oF
Coefficient of thermal expansion	13.7 micro-m/moC at 20oC to 100oC or 7.6 x 10(6)in/inoF at 70 to 212oF
Modulus of Rigidity	66 kN/mm2 or 9573 ksi
Elasticity Modulus	179 kN/mm2 or 25962 ksi
Tensile strength (annealed)	650 to 850 N/mm2 or 94 to 123 ksi
Thermal conductivity	121 Btu-in-hr-sqft-oF at 20of
Specific heat	0.100 BTU-lb-oF
Electric resistivity	370 Ohm-circ-mil-ft