Ferro Alloys:
Ferro Silicon( Lumps, Granules & Fines)
H.C Ferro Manganese ( Lumps, Chips & Fines)
H.C. Ferro Chorme ( Lumps, Granules & Powder)
Ferro Molybdenum
Low Carbon Ferro Manganese
H.C. Silico Manganese( All Grades)
L.C. Silico Manganese
M.C. Silico Manganese
Virgin Metal
Silicon Metal
Manganese Metal ( Flakes/Lumps/Briquettes)
Magnesium Metal ( 300 Gms, 1 Kg, 7.5 kgs & Other Size Ingots)
Virgin Metal Scrap
Tungsten Scrap
Molybdenum
Super Alloy Sraps
Stealite Scrap
NIMONIC’S
Inconel’s
Nichrome’s
Kovar
Haste Alloy Scrap’s
Cobalt Alloy Scrap’s
Cupro Nickel Scrap’s
ALNICO
Ferrous and Non Ferrous Metal Scrap
Monel Scrap
Pure Nickel Scrap
Manganese Steel Scrap
Alloy 20 Scrap
Niresist Scrap
Ferro Nickle Scrap
S.S 304 Scrap
S.S 304 L Scrap
S.S 310 Scrap
S.S 316 Scrap
S.S 316L Scrap
S.S 409 Scrap
S.S 410 Scrap
S.S 430 Scrap
S.S 17-4 Scrap
S.S 2205 Scrap ( Duples)
Heat Resistant Steel Scrap ( Various Other 200, 300 & 400 Series Scraps)
Hafnium Scrap & Hafnium Alloy Scrap
Just like zirconium, hafnium scrap (Hf Scrap) and hafnium alloy scrap (Hf Alloy Scrap) are created from a zirconium and hafnium metal which is produced from zircon sand. Typically both metals, prior to being scrap metal, are in the ore in a 50:1 ratio of zirconium to hafnium. However, hafnium scrap and hafnium alloy scrap is a very high temperature scrap metal and high temperature alloy scrap which makes the recycling process even more useful.
Nickel Alloys
PWA1480 | Nickel 200/205 |
B1900 | Nimonic 75 |
B1900+Hf | Nimonic 80A |
C-101 | Nimonic 90 |
C-263 | Nimonic 115 |
C-1023 | PE 16 |
GMR 235 | PWA 1484 |
GTD 111 | RA333 |
GTD 222 | Rene N4 |
Hastelloy C-4 | M-252 |
Hastelloy B | Rene 41 |
Hastelloy C-22 | Rene 41 (Low Fe) |
Hastelloy C-276 | Rene 77 |
Hastelloy G | Rene 95 |
Hastelloy N | Rene 80 |
Hastelloy S | Rene 108 |
Hastelloy F | Rene 95 |
Hastelloy W | Rene 125 |
Hastelloy X | Rene 142 |
Haynes 214 | Supertherm |
Haynes 230 | Udimet 500 |
Haynes 242 | Udimet 520 |
Inco 100 | Udimet 700 (Astrolo) |
Incoloy 800 | Udimet 710 |
Waspaloy | 80-20 (Nichrome V) |
Inconel Alloys
Incoloy 801 | Incoloy 825 |
Incoloy 901 | Incoloy 903 |
Inconel 600 | Inconel 601 |
Inconel 617 | Inconel 625 |
Inconel 690 | Inconel 700 |
Inconel 702 | Inconel 706 |
Inconel 713C | Inconel 713LC |
Inconel 718 | Inconel 722 |
Inconel 738LC | Inconel X-750 |
Inconel 792 | M-252 |
MAR-M 246 | MAR-M 200 |
MAR-M 247 | MAR-M 421 |
Hymu 80 | Permalloy |
Mu Metal |
Cobalt Alloys
F75 | FSX-414 |
HS 1 | HS 3 |
HS 6 | HS 12 |
HS 19 | HS 21 |
HS 25 (L605) | HS 31 (X40) |
HS 188 | MAR-M 302 (PWA657) |
MAR-M 509 (PWA647) | S816 |
WI-52 | X-45 |
MULTI-BASED
Hiperco 27 | Hiperco 50 (Permendu r 2V) |
MP35N | Multimet (N 155) |
Permendur | Permendur 2V |
COPPER NIKAL
Monel 401 | Monel 404 |
Monel 405 (R Monel) | Cast Monel |
Monel 500 (K-Monel) | Monel 505 |
Copper Nickel 70-30 | Copper Nickel 90-10 |
CP Titanium & CP Titanium Scrap
C.P. THantum Grade 1 | C.P. Titanium Grade 2 |
CP. Titanium Grade 3 | C.P. Titanium Grade 4 |
C.P. Titanium w/Pd | 6Al-4V |
6A1-4V ELI | 6AI-6V-2Sn |
5AI-2.5 Sn | 3AI-2.5 V |
6AI-2Sn-4Zr- 2Mo | 6AI-2Sn-4Zr- 6Mo |
8 Al-1V-1Mo | 15V-3A1-3Cr- 3Sn |
10V-2Fe-3Al | Ti-12 |
Ti-17 | BT 1-0 |
Tungsten Scrap & Tungsten Alloy Scrap
W/C Insert Grade | W/C Straight Grade |
W/C (Ni Binder) | Densalloy (CuFree)/Mallor y 3000 |
Hevimet/Mallor y 1000 | Elkonite (CuW) |
Niobium Scrap & Niobium Alloy Scrap
Niobium (a% Zr Alloy) | Niobium CB 103 |
Tantalum Scrap & Tantalum Alloy Scrap
Recycling of tantalum scrap (Ta Scrap) and tantalum alloy scrap (Ta Alloy Scrap) is very important in the U.S. since there are no high-grade tantalum ores in the U.S. On average about 20% of the tantalum used in the U.S. comes from the recycling of tantalum scrap and tantalum alloy scrap. Since tantalum scrap and tantalum alloy scrap are some of the top five in high temperature scrap metals and high temperature alloy scraps (2,996 C melting point) it is extremely resistant to air, water and acids. With these anti-corrosion properties tantalum scrap and tantalum alloy scrap is recycled to make electronic components (tantalum capacitors), surgical/medical equipment such as rods and plates to attach to bones and even wire meshes to help repair nerves and muscles. Tantalum scrap and tantalum alloy scrap is one of the few scrap metals that is not mined in the U.S. and depends on the recycling of Monico Alloys for future use.
Titanium Scrap & Titanium Alloy Scrap
Titanium scrap (Ti Scrap) and titanium alloy scrap (Ti Alloy Scrap) have a number of properties when is comes to useful characteristics. With the large amount of titanium used, there is also a large amount of titanium scrap and titanium alloy scrap to recycle from these various forms of its property use. Titanium scrap and titanium alloy scrap is useful with its properties of corrosion resistance (saltwater propeller shafts), high melting temperature and hard but lightweight makeup.
CP Titanium & CP Titanium Scrap
CP titanium and CP titanium scrap are also known as Commercially Pure titanium and Commercially Pure titanium scrap. CP titanium and CP titanium scrap can be found in flat and solid commercially pure titanium mill shapes including: titanium wire, titanium rod, titanium bar, titanium sheet, titanium strip, titanium foil, titanium coil, titanium plate, titanium flat bar and titanium discs.
Titanium Bulk Weldable & Titanium Solids
Both titanium bulk weldable scrap and titanium solids are a vital part of the reusable metal industry. Essentially, titanium bulk weldable scrap is formed from titanium scrap of other titanium products. For example, titanium bulk weldable scrap is found in many metal scrap products but the majority is recovered from feedstock forms, clips, turnings, billet ends and reject forgings. In the end, most of the titanium bulk weldable scrap is reused in the vacuum-arc remelting process, but there are still many more uses for these valuable forms of titanium bulk weldable scrap throughout the world today.
Tungsten Scrap & Tungsten Alloy Scrap
Tungsten is another one of those metals that relies heavily on the recycling of tungsten scrap (W scrap) and tungsten alloy scrap (W Alloy scrap). With over 90% of the reserves outside the U.S. it is easy to see why Monico Alloys plays a vital role in the recycling of tungsten scrap and tungsten alloy scrap. The recycling of tungsten scrap and tungsten alloy scrap accounts for nearly 1/3 of the tungsten consumed in the U.S.
Waspaloy Scrap – Monico Alloys
Waspaloy scrap is a vital part of the reusable metal industry. A trademarked alloy of Haynes International, Waspaloy is an age-hardenable, nickel-based superalloy with excellent strength properties through temperatures of roughly 1800 degrees Fahrenheit (980 degrees Celsius). Other characteristics of Waspaloy scrap include good corrosion resistance in harsh environments, as well as being relatively impervious to oxidation. Waspaloy scrap can be found in flat and solid mill shapes including Waspaloy sheet, Waspaloy plate, and Waspaloy flat bar.