In addition to nickel and copper, Monel alloys often include trace amounts of iron, manganese, carbon and sulphur. Read More…
Leading Manufacturers
Metalmen Sales Inc.
Long Island City, NY | 800-767-9494We supply Nickel and its alloys for a broad range of applications. metalmen provides supply solutions – we respond with quick quotes and on-time deliveries.
Ed Fagan Inc.
Franklin Lakes, NJ | 800-348-6268For more than 50 years, Ed Fagan Inc. has been a leading distributor of nickel iron alloys, electronic grade nickels, as well as other classes of specialty metals and alloys. With two locations to serve you, our extensive stock of rod, bar, plate, sheet, wire and coil can be cut, slit, ground to your specifications.
Leading Edge Metals & Alloys, Inc.
Torrance, CA | 877-455-5362For knowledgeable, immediate response to your metal sourcing requests, contact Leading Edge Metals & Alloys, Inc. today. This full service, high performance metal supplier is your complete source for aircraft grade materials. We have alloy steels, aluminum, copper and brass alloys, nickel alloys, magnesium, stainless steel, titanium, tool steels, and more, as well as a wide range of specialty plastics.
Metal Associates
Pompton Plains, NJ | 800-838-1978Our company may have started small, but we quickly grew to handle the largest aluminum orders. Our metals are made from the highest quality materials, and we pledge to offer superior service to all our customers.
ATI
Pittsburgh, PA | 800-289-7454Serving over 30 nations, ATI produces and markets high-quality stainless steel, tool steel, stainless steel alloys and much more. As a world wide leader, our metallurgists come to you so that we can thoroughly understand and meet your specific requirements.
The Trident Company
Richardson, TX | 800-442-4914The Trident Company, with almost 40 years of metals sales and service experience, makes on-time shipments throughout the world. Nickel sheet, plate, rod, bar, tubing, pipe, standard structural shapes and wire. Also, Stainless, Carbon, Red metals, Aluminum and many exotic alloys. 11 US locations.
Monel Manufacturers - MetalmenCharacteristics of Monel alloys include high strength, high malleability, low coefficient of thermal expansion and excellent sanitation. As a result, Monel alloys are often used in industries including: marine, for seawater valves, strainer baskets, trolling wire and various fixtures and fasteners; petroleum, for gasoline tanks, off-shore oil rigs, petroleum stills and varied processing equipment; music, for instruments including trumpets, French horns and tubas and accessories such as bass guitar strings; residential, for use in household fixtures such as kitchen sinks and interior décor such as doorknobs and decorative screens; and industrial manufacturing, for use in boilers, chemical tanks and various stock such as tubes, wire, sheet and plate used in manufacturing equipment and parts.
Monel is often manufactured to standards set by the American Society for Testing and Materials (ASTM) or the American Society of Mechanical Engineers (ASME).
The basic composition of Monel is 65-70% nickel, 20-29% copper, 5% manganese and small percentages of iron and other elements. The various Monel alloys differ slightly in terms of composition: for instance, Monel 400 is composed of 63% nickel, 28-34% copper, 2.5% iron, 2% manganese and small amounts of sulphur, carbon and silicone; Monel 404 is composed of 52-57% nickel, 2% iron, 45% copper and small amounts of aluminum, manganese, silicone, carbon and sulfur; and Monel K-500 is composed of 64% nickel, 30% copper, 1% iron, 2.8% aluminum and small amounts of carbon, titanium and manganese.
The varied chemical compositions make the Monel alloys well-suited for specific tasks. For example, Monel 404 is often used in the electronics industry because of its low permeability, while MonelK500 is ideal for marine equipment applications because of its high-resistance to corrosive seawater elements.
Although Monel alloys are malleable, they can be difficult to machine because they tend to work harden instantly in response to heat. As a result, Monel alloys must be turned while machining at slow speeds and with low feed rates. Thus, when being machined, Monel alloys are typically forged using an open die forging technique.
