Copper-Based Alloys

Anodes: Electroplating

Featuring a wide variety of alloys and shapes for all electroplating processes including INCO Nickel, High Grade Zinc, CDA 101 Copper.

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Beryllium Copper

Featuring Beryllium Copper Alloys in a Variety of forms; 4% Beryllium Copper, Beryllium Copper Alloys: 20C, 10C, 70C, 165C, 275C and more

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Brass and Bronze

Featuring Silicon Bronze Everdur, Silicon Bronze, Special H Silicon Brass, Art Casters Brass, White Bronze, and many other different Brass alloys meeting CDA specifications

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Brazing Alloys

Featuring Holtite Alloys and Miter-Al-Braze Alloys for Aluminum Metal Joining

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Copper Alloys

Featuring a wide variety of Copper-Based Alloys meeting CDA specifications, Brass and Bronzes for Jewelry and Sculpture, Copper-Based Master Alloys, and Custom Alloys

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Copper Master Alloys

with: Beryllium, Boron, Cadmium, Chromium, Iron, Lithium, Magnesium, Manganese, Nickel, Phosphorous, Silicon, Tellurium, Titanium, Zinc, Zirconium

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Deoxidizers and Degasifiers

Featuring 2% boron-copper and 2% lithium-copper hardeners, master alloys, deoxidizers, and degasifiers.

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Jewelry Alloys

Featuring: Art Caster’s Brass, Beryllium Copper, Brittania, Electrolytic Copper, Everdur, Jeweler’s Manganese Bronze, Nickel-Silver, Pewters, Superdie Zinc Alloys, and White Bronze

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Powdered Metals

Featuring: Holtite Alsil Grit, Iron Powder, High Grade Zinc, Tin, and Copper-Aluminum Applications

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Sculpture Alloys

Featuring Everdur Silicon Bronze, Art Caster’s Brass, Special H Silicon Bronze, Beryllium Copper, Jewelers’ Manganese Bronze, and White Bronze.

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Featured Products

  •  
     
    30% Titanium Copper Alloy
    Placeholder
    30% Titanium Copper Alloy
    This alloy is used to introduce Titanium into Copper alloys which improves strength.
    Forms:
    • 1" x 6" x 12" Slabs
    Belmont Product Code 47024
    Nominal Composition:
    • 70% Cu
    • 30% Ti
  •  
     
    White Brass UNS C997500
    White Brass UNS C997500
    Easily cast White Brass Alloy with good fluidity and high detail. We offer this material in a variety of forms including Ingot, Cut Bars, Cubes and Shot.
    Forms:
    • Ingot
    • 2" Cut Bar
    • 1/2" Polished Cubes
    • Shot
    Belmont Product Code 45815
    Nominal Composition:
    • Cu: 58%
    • Mn: 20%
    • Zn: 20%
    • Al: 1%
    • Pb: 1%
  •  
     
    Bell Metal, 78% Copper 22% Tin Alloy
    Bell Metal, 78% Copper 22% Tin Alloy
    Bell metal is a hard alloy used for making bells and related instruments, such as cymbals. It is a form of bronze with a higher tin content, usually in approximately a 4:1 ratio of copper to tin (typically, 78% copper, 22% tin by mass). We offer this material in Ingot, shot, and cut pieces.
    Forms:
    • Ingot
    • Irregular Shot
    • 1/2" Polished Cubes
    • 2" Cut Pieces
    Belmont Product Code 4788
    Nominal Composition:
    • Cu: 78%
    • Sn: 22%
  •  
     
    Spin Cast Zinc Alloy – J1
    Spin Cast Zinc Alloy – J1
    This is our most popular Lead Free Zinc Alloy that works well in Spin Cast Vulcanized Silicone Molds for designs with thin cross sections or maximum detail. Contains Proprietary Grain Refiners for improved flow into the mold.
    Forms:
    • 4-20 lb. KZ Ingot
    Belmont Product Code 892NJ1
    Nominal Composition:
    • 91-95% Zinc in a Proprietary Formula
    Technical Info:
    • Elongation : 8%
    • Liquidus Temperature: 734F
    • Pouring Temperatire: 850 F - 950 F
    • Density: .24 lbs / Cu. In. @ 68F
    • Tensile Strength: 52,000
    • Compression Strength: 93,000 psi
    • Finishes: Mechanical, chemical, organic, and electro-deposited, plastic
  •  
     
    Spin Cast Zinc Alloy – S1
    Spin Cast Zinc Alloy – S1
    This is our Original, Lead Free, Zinc Based Alloy that works well in Spin Cast Vulcanized Silicone Molds for designs with thick cross sections or minimal detail. Contains Proprietary Grain Refiners for improved casting properties.
    Forms:
    • 4-20 lb. KZ Ingot
    Belmont Product Code 892NS1
    Nominal Composition:
    • 90-94% Zinc in a Proprietary Formula
    Technical Info:
    • Elongation : 8%
    • Liquidus Temperature: 734F
    • Pouring Temperatire: 800 F - 875 F
    • Density: .244 lbs / Cu. In.
    • Tensile Strength: 54,000
    • Compression Strength: 68,800 psi
    • Brinell Hardness: 146
    • Finishes: Mechanical, chemical, organic, and electro-deposited, plastic
  •  
     
    Lead Free Pewter (Britannia)
    Lead Free Pewter (Britannia)
    This is a Lead Free Pewter, also referred to as a Britannia Alloy that works well in Spin Cast Molds for designs, such as Fashion (Costume) Jewelry, with thin cross sections or fine filigree and maximum detail requiring less malleability and more strength.
    Forms:
    • 4-5 Ingot
    Belmont Product Code 791NR8
    Nominal Composition:
    • Sn: 91-93% with Antimony and Copper in a Proprietary formula enhanced from our standard 7921 Brittania
    Technical Info:
    • Elongation (2" Section) : 30% - 40%
    • Liquidus Temperature: 478F - 490F
    • Solidus Temperature: 435F - 463F
    • Brinell: 21 - 25
    • Tensile Strength: 7,000 psi - 9600 psi
    • Solderability: Can be soldered Easily with soft solder and flux
    • Finishes: Mechanical, chemical, organic, and electroplated
  •  
     
    50% Zirconium Copper
    50% Zirconium Copper
    Zirconium acts as a grain refiner in Copper Alloys and can improve mechanical properties.
    Forms:
    • 1" x 6" x 12" Broken Slabs
    Belmont Product Code 45046
    Nominal Composition:
    • 50% Cu
    • 50% Zr
  •  
     
    10% Zirconium Copper
    10% Zirconium Copper
    Zirconium acts as a grain refiner in Copper Alloys and can improve mechanical properties.
    Forms:
    • Broken Slabs
    Belmont Product Code 49011
    Nominal Composition:
    • 90% Cu
    • 10% Zr
  •  
     
    Lead Free Pewter (Gravity Cast)
    Lead Free Pewter (Gravity Cast)
    This Lead Free Pewter Alloy is high in Copper to allow it to work well in Open Face, Gravity Pour, Sand and Cast Iron Molds with maximum detail. Has good strength.
    Forms:
    • 4-5 Ingot
    • 1/4" and Down shot
    Belmont Product Code 791NB7
    Nominal Composition:
    • Tin: 91-93% with Antimony and Copper.
    Technical Info:
    • Elongation (2" Section) : 40%
    • Liquidus Temperature: 563F
    • Solidus Temperature: 471F
    • Casting Temperature: 515F
    • Brinell: 23.8
    • Tensile Strength: 8600 psi
    • Solderability: Can be soldered Easily with soft solder
    • Finishes: Mechanical, chemical, organic, and electroplated
  •  
     
    Zamak 5
    Zamak 5
    Zamak 5 should be consider when moderately greater hardness strength and creep resistance is require over Zamak 3. Zamak 5 has the same composition as Zamak 3 with the additional of 1% copper in order to increase strength (by approximately 10%), hardness and corrosive resistance, but reduces ductility. Zamak 5, or Zinc alloy 5, is the most widely used Zinc die casting in Europe. It has higher strengh and less ductility than other members of the Zamak.
    Forms:
    • 1/4# Capping Bar
    • 4-20 Ingot
    • Approx. 1 Lb. Regular Bars
    • Margash Bar
    Belmont Product Code 89511
    Nominal Composition:
    • 95% Zn
    • 4% Al
    • 1% Cu
  •  
     
    Pure Tin Anodes
    Pure Tin Anodes
    99.9% Tin Anodes designed to maximize the surface area, provide excellent dissolution in the plating bath, and produced with fine grain structure. Custom lengths available.
    Forms:
    • Open Cast Flat Anodes
    • 3", 4", 5" Long Anodes
    Belmont Product Code 7001S
    Nominal Composition:
    • 99.9% Sn
    • Bal
  •  
     
    Superdie I / Zamak 2 Zinc Base Alloy
    Superdie I / Zamak 2 Zinc Base Alloy
    Zinc Base Alloy commonly used in rubber mold casting. Easy to cast and very ductile.
    Forms:
    • 4-20 Ingot
    Belmont Product Code 8934A
    Nominal Composition:
    • 2.75% Cu
    • 93.11% Zn
    • 4.1% Al
    • 0.04% Mg
  •  
     
    Lead Free Pewter with Bismuth
    Lead Free Pewter with Bismuth
    This is a high purity Tin based Lead Free Pewter Alloy, that meets or exceeds most Lead Free requirements. We certify it to be less than 50 ppm Lead Content. It works well in Spin Cast Rubber or Silicone Molds for designs with thick cross sections or a smooth, polished finish and some malleability.
    Forms:
    • 4-5 Ingot
    Belmont Product Code 798NENTB
    Nominal Composition:
    • Sn: 97-99% with Bismuth and Silver in a Proprietary formula
    Technical Info:
    • Elongation (2" Section) : 20% - 40%
    • Liquidus Temperature: 465F - 485F
    • Solidus Temperature: 515F - 635F
    • Density: .23 - .275 lb. / Cu. In. @ 68F
    • Brinell: 18 - 25
    • Tensile Strength: 5,000 psi - 8700 psi
    • Solderability: Can be soldered Easily with soft solder and flux
    • Finishes: Mechanical, chemical, organic, and electroplated
  •  
     
    60% Tin Pewter Alloy
    60% Tin Pewter Alloy
    Lowest melting point of our Pewters, providing for longest mold life and lowest energy costs.
    Forms:
    • 5-8 Ingot
    Belmont Product Code 7604
    Nominal Composition:
    • 60% Sn
    • 37.5% Pb
    • 2.5% Sb
  •  
     
    Tin Base Level Alloy 1
    Tin Base Level Alloy 1
    Specially formulated for castings with flat surfaces that require a high polish. Relatively low melting point lengthens mold life.
    Forms:
    • 5-6 Ingot
    Belmont Product Code 79010
    Nominal Composition:
    • 90% Sn
    • 6% Pb
    • 2% Sb
    • 2% Cd
  •  
     
    Special 92% Tin Pewter
    Special 92% Tin Pewter
    Belmont Special 92% Tin Pewter alloy is an excellent casting alloy with approximately 92% Tin (Tin base alloy). Special Pewter for figurines, models, etc. with heavy sections - better casting characteristics than lead free Britannia.
    Forms:
    • 5-6 Ingot
    Belmont Product Code 7924
    Nominal Composition:
    • 92% Sn
    • 4% Pb
    • 4% Sb
  •  
     
    Manganese Powder
    Manganese Powder
    Approximately 90% of Manganese Powder is used in the steel industry as Manganese is made into steel alloys. One of the best known alloys of Manganese Powder is Ferromanganese which includes up to 48% Manganese mixed with Carbon and Iron. It is also used to produce Siliconmanganese as well which is used in springs for structural components.  
    Forms:
    • 40 x 325 Mesh Powder
    Belmont Product Code MA99POWS
    Nominal Composition:
    • 99% Mn
    • Bal
  •  
     
    35% Tin Pewter Alloy
    35% Tin Pewter Alloy
    35% Tin Pewter, Lead, Tin Alloy easy meltable with relatively low melting temperature. Offers opportunity for cost savings where its relatively high weight is not a problem . Offers opportunity for cost savings where its relatively high weight is not a problem.
    Forms:
    • 5-8 Ingot
    Belmont Product Code 5632
    Nominal Composition:
    • 62% Pb
    • 3% Sb
    • 35% Sn
  •  
     
    Special High Grade Zinc
    Special High Grade Zinc
    Mainly used in galvanizing steel to prevent rusting, in zinc die casting alloys and in copper based alloys, such as brass. Zinc is also essential to the growth of many kinds of organisms, both plant and animal. Zinc also extends the life of other material such as steel (by hot dipping or electrogalvanizing), rubber and plastics (as an aging inhibitor) and wood (in paints)
    Forms:
    • 2-14 Mesh Shot
    • 50 lb Slabs
    Belmont Product Code 8000
    Nominal Composition:
    • 99.99% Zn
  •  
     
    #26 Aluminum Bronze Degasifier
    #26 Aluminum Bronze Degasifier
    Compound Degasifier engineered to be effective at removing unwanted gases when used with Aluminum Bronze family of Alloys.
    Forms:
    • 40-15 Waffle
    • Broken Waffle
    Belmont Product Code 46314
    Nominal Composition:
    • Proprietary
  •  
     
    15% Phosphor Copper
    15% Phosphor Copper
    Phos Copper is the most commonly used deoxidizer. Effectively removes oxygen from molten metal with little or no reaction or dross formation.
    Forms:
    • 3 Mesh Shot
    • Approx. 15 Lb. Waffle Ingots
    Belmont Product Code 48514
    Nominal Composition:
    • 85% Cu
    • 15% P
  •  
     
    #15 Nickel Degasifier
    #15 Nickel Degasifier
    Compound Degasifier engineered to be effective at removing unwanted gases when used with Nickel Alloys.
    Forms:
    • 2" and Down
    Belmont Product Code 48515
    Nominal Composition:
    • Proprietary
  •  
     
    Virgin Grade 15% Silicon Copper
    Virgin Grade 15% Silicon Copper
    Forms:
    • 1/2" - 1/8" Lumps
    Belmont Product Code 48518
    Nominal Composition:
    • 85% Cu
    • 15% Si
  •  
     
    5% Phosphor Tin Alloy
    5% Phosphor Tin Alloy
    Phosphorus is used in tin as in tin solders to suppress dross formation keeping the metal bath cleaner.
    Forms:
    • Waffle
    Belmont Product Code 7955
    Nominal Composition:
    • 95% Sn
    • 5% P
  •  
     
    99.9% Electrolytic Copper
    99.9% Electrolytic Copper
    Good ductility, high conductivity and the ease of joining make Copper the world's #1 choice for the transmission of electrical power in an untold amount of applications. Belmont offer High Purity Electrolytic Copper, the most widely used grade of pure copper, in a wide variety of forms to meet your specific application. Made with the highest quality Virgin materials and a tightly controlled production process, you can be sure of consistent quality no matter the form that fits your application.
    Forms:
    • 3-14 Mesh Polished Shot
    • 3-14 Mesh Unpolished Shot
    • 1" x 1" Polished Squares
    • 1" x 1" Unpolished Squares
    • Copper Cathodes
    Belmont Product Code 4001
    Nominal Composition:
    • 99.95%
    • Bal
  •  
     
    67/33 Copper Zirconium
    67/33 Copper Zirconium
    Zirconium acts as a grain refiner in Copper Alloys and can improve mechanical properties.
    Forms:
    • 1" x 6" x 12" Broken Slabs
    • 5 Gram & Down Pieces
    Belmont Product Code 46710
    Nominal Composition:
    • 67% Cu
    • 33% Zr
  •  
     
    30% Ferro Copper
    30% Ferro Copper
    A Ferro-Copper addition acts as a grain refiner for Brasses and Aluminum Bronzes. It is also known to improve mechanical properties.
    Forms:
    • 1" and Down Unpolished Shot
    Belmont Product Code 47011
    Nominal Composition:
    • 70% Cu
    • 30% Fe
  •  
     
    30% Silicon Copper
    30% Silicon Copper
    Silicon increases fluidity in brasses and copper nickel alloys. Silicon copper can become a deoxidizer if phosphorous cannot be used.
    Forms:
    • 1/2" x 14" Mesh Broken Pieces
    • Broken Slabs
    Belmont Product Code 4710
    Nominal Composition:
    • 70% Cu
    • 30% Si
  •  
     
    20% Magnesium Copper Alloy
    20% Magnesium Copper Alloy
    Magnesium is a strong deoxidizer particularly for nickel alloys. As a Copper master alloy it is effective and less reactive. If alloyed, in can improve mechanical properties.
    Forms:
    • Broken Slabs
    Belmont Product Code 4800
    Nominal Composition:
    • 80% Cu
    • 20% Mg
  •  
     
    Virgin Grade 10% Silicon Copper
    Virgin Grade 10% Silicon Copper
    Silicon increases fluidity in brasses and copper nickel alloys. Silicon copper can become a deoxidizer if phosphorous cannot be used.
    Forms:
    • 1/2" - 1/" Lumps
    • Slabs
    Belmont Product Code 49015
    Nominal Composition:
    • 90% Cu
    • 10% Si
  •  
     
    10% Chrome Copper
    10% Chrome Copper
    Chrome is an addition generally made in Copper Alloys for corrosion resistance and electrical conductivity.
    Forms:
    • 2-10 Ingot
    Belmont Product Code 4906
    Nominal Composition:
    • 90% Cu
    • 10% Cr
  •  
     
    10% Cobalt Copper
    10% Cobalt Copper
    Cobalt is mostly added for improved corrosion resistance characteristics.
    Forms:
    • 2-14 Mesh Shot
    Belmont Product Code 4907
    Nominal Composition:
    • 90% Cu
    • 10% Co
  •  
     
    2% Lithium Copper
    2% Lithium Copper
    Lithium has the advantage of being able to combine with both oxygen and hydrogen. Used on its own, Lithium will be more of a deoxidizer. Used in a “duplex treatment”, deoxidizing first, then Lithium can be considered a degasifier now available to be a scavenger for hydrogen and other unwanted gasses.
    Forms:
    • 1 Lb. Pcs. 1" X 1" x 4"
    • 3-4 Oz. Polished Pieces
    • 1" x 6" x 12" Slabs
    Belmont Product Code 4981
    Nominal Composition:
    • 98% Cu
    • 2% Li
  •  
     
    Virgin Grade 50/50 Copper Nickel
    Virgin Grade 50/50 Copper Nickel
    Nickel is known to improve corrosion resistance particularly in sea water. This makes it a good choice to improve the properties of marine alloys.
    Forms:
    • 2-14 Mesh Polished Shot
    Belmont Product Code 45027
    Nominal Composition:
    • 50% Cu
    • 50% Ni
  •  
     
    Manganeze Bronze
    Manganeze Bronze
    Manganeze bronze is a high strength and a hard alloy containing manganese and zinc. It's used for highly stressed machine parts.
    Forms:
    • 1/2" Polished Cubes
    • 2-20 Ingot
    Belmont Product Code 4643
    Nominal Composition:
    • 65% Cu
    • 25% Zn
    • 3% Mn
    • 4% Al
    • 3% Fe
    Technical Info:
    • CDA #: 86200
  •  
     
    Navy G Bronze Alloy UNS C90300
    Navy G Bronze Alloy UNS C90300
    Navy M Leaded Bronze C92200 Bronze is an alloy of copper, further classified as a bronze (copper-tin- alloy). Is used for a variety of steam pressure applications involving temperatures up to 550 F.
    Forms:
    • 1-20 Ingot
    Belmont Product Code 4884
    Nominal Composition:
    • 88% Cu
    • 4% Zn
    • 8% Sn
    Technical Info:
    • CDA #: 90300
  •  
     
    Navy G Bronze Alloy UNS C92200
    Navy G Bronze Alloy UNS C92200
    Navy M Leaded Bronze C92200 Bronze is an alloy of copper, further classified as a bronze (copper-tin- alloy). Is used for a variety of steam pressure applications involving temperatures up to 550 F.
    Forms:
    • 20 Lb. Ingots
    Belmont Product Code 4888
    Nominal Composition:
    • 88% Cu
    • 4.5% Zn
    • 6% Sn
    • 1.5% Cr
    Technical Info:
    • CDA #: 92200
  •  
     
    Aluminum Bronze UNS C95200
    Aluminum Bronze UNS C95200
    Aluminum Bronze 415A Alloy CDA# 952 "Chemistry ONLY". Aluminum bronze bearings are used in heavy loaded applications.
    Forms:
    • 2-20 Ingot
    Belmont Product Code 4872
    Nominal Composition:
    • 87.5% Cu
    • 9% Al
    • 3.5% Fe
    Technical Info:
    • CDA #: 95200
  •  
     
    90/10 Copper Nickel UNS C96200
    90/10 Copper Nickel UNS C96200
    Copper-Nickel 90/10 has a very good resistance to uniform and local corrosion in seawater and, as opposed to other copper alloys, is not as susceptible to stress corrosion cracking.
    Forms:
    • 2-20 Ingot
    Belmont Product Code 49019
    Nominal Composition:
    • 86.85% Cu
    • 10% Ni
    • 1% Mn
    • 1.4% Fe
    • 0.75% Cb
    Technical Info:
    • CDA #: 96200
  •  
     
    70/30 Copper Nickel UNS C96400
    70/30 Copper Nickel UNS C96400
    Copper-Nickel 70/30 excellent resistance to corrosion and erosion. It's strong and dectile and is utilized in areas where high temperatures and pressures, combined with high velocities and turbulence are serious problems.
    Forms:
    • 2-20 Ingot
    Belmont Product Code 47025
    Nominal Composition:
    • 66% Cu
    • 30.9% Ni
    • 0.4% Si
    • 1% Mn
    • 0.7% Fe
    • 1% Cb
    Technical Info:
    • CDA #: 96400
  •  
     
    Nickel/Silver UNS C97300
    Nickel/Silver UNS C97300
    Forms:
    • 2-20 Ingot
    Belmont Product Code 4562
    Nominal Composition:
    • 57% Cu
    • 20% Zn
    • 12% Ni
    • 2% Sn
    • 9% Pb
    Technical Info:
    • CDA #: 97300
  •  
     
    Chrome Copper UNS C81500
    Chrome Copper UNS C81500
    A Copper (Cu) Alloy containing Chromium (Cr) used for their high strength and corrosion resistance. It offers high conductivity, good ductivity and strength. Serves as a master alloy to add chrome to various copper alloys.
    Forms:
    • 2-20 Ingot
    Belmont Product Code 4989
    Nominal Composition:
    • 98.7% Cu
    • 1.3% Cr
    Technical Info:
    • CDA #: 81500
    • Melting Point (Liquidus): 1985 F, 1085 C
    • Melting Point (Solidus): 1967 F, 1075 C
    • Density: .319 lb./cu. in. @ 68 F
    • Specific Gravity: 8.82
    • Thermal Conductivity: 182 Btu./sq. ft./ft./hr/F @ 68 F
    • Tensile Strength-ksi: 51
  •  
     
    Brass 85/5/5/5 UNS C83600
    Brass 85/5/5/5 UNS C83600
    Leaded red brass is typically found in plumbing applications. It is known for its reasonable cost with good machining and casting properties. The lead content ensures pressure tightness. Red brass is also used for low-cost bearing materials under low loads.
    Forms:
    • 1" x 6" x 12" Slabs
    • 2-20 Ingot
    • 2" Sheared Pcs.
    Belmont Product Code 4852
    Nominal Composition:
    • 85% Cu
    • 5% Zn
    • 5% Sn
    • 5% Pb
    Technical Info:
    • CDA #: 83600
  •  
     
    MAB REGULAR
    MAB REGULAR
    Belmont MAB ( Miter-AL-Braze ) rod is an effective and efficient joining material. Our regular version is harder and stronger than the MAB II Hi-Test that we also offer. Most users find the No. 1 Regular to be effective for general purposes. The strength of an MAB joint in many cases is as great as that of a brazed joint and this material is most commonly used for joining aluminum pieces.
    Forms:
    • 1/8" x 18" Cast Strip
    • 1/8" x 12" Cast Strips
    • 1/8" x 18"Cast Strips
    • 3/16" x 18" Cast Strips
    • 3/32" x 18" Rods
    • 3/32" x 36" Cast Strips
    • 3/32" x 36" Cast Strips
    Belmont Product Code 8934
    Nominal Composition:
    • Proprietary
  •  
     
    MAB 11 HIGH TEST
    MAB 11 HIGH TEST
    Belmont MAB ( Miter-AL-Braze ) rod is an effective and efficient joining material. While not as hard and strong as our No. I Regular version this item was developed to provide extra ductility. MAB II Hi-Test has often been used by aluminum window manufacturers to join mitered corners, where some bending is required during installation. The strength of an MAB joint in many cases is as great as that of a brazed joint and this material is most commonly used for joining aluminum pieces.
    Forms:
    • 1/8” X 18” Cast Strip
    • 3/32” X 18” Cast Strip
    • Ingot
    Belmont Product Code 8911
    Nominal Composition:
    • Proprietary
  •  
     
    HOLTITE
    HOLTITE
    This Copper based brazing alloy acts as a filler metal which is heated above the melting point and distributed between two or more close fitting parts by capillary action. We offer this material in differing Powder sizes as well as half inch cubes.
    Forms:
    • 1/2" Cubes
    • 20-40 Mesh Granular
    • 40-80 Mesh Granular
    Belmont Product Code 4505
    Nominal Composition:
    • Proprietary
  •  
     
    Art Casters Brass
    Art Casters Brass
    This is a proprietary alloy especially developed for Jewelry casting. This alloy has a warm yellow color.
    Forms:
    • 1/2" Polished Cubes
    • 1/2" x 14 Mesh Unpolished Shot
    • 1" Cut Bar
    • 2" Cut Bars
    • 2-20 Ingot
    • 2-5 Ingot
    • Slabs
    Belmont Product Code 46316
    Nominal Composition:
    • Proprietary
    Technical Info:
    • Melting Range: 1625 - 1650 F
    • Pouring Range: 1700 - 1900 F
    • Density: 0.30 lbs per cubic inch
    • Specific Gravity: 8.4
    • Pattern Makers Shrinkage: 3/16" per foot
    • Machinability vs. free cutting brass: 80%
  •  
     
    White Bronze
    White Bronze
    This alloy offers a white color that is similar to White Gold Alloys and Stainless Steel Alloys. Often used for larger pieces such as belt buckles and larger jewelry pieces.
    Forms:
    • 1/2" Polished Cubes
    • 1/2" x 14 Mesh Unpolished Shot
    • 2" Cut Bars
    • 2-20 Ingot
    • 2-5 Ingot
    • Slabs
    Belmont Product Code 4587
    Nominal Composition:
    • Proprietary
  •  
     
    Jewelers Manganese Bronze
    Jewelers Manganese Bronze
    This is a proprietary alloy specially developed for jewelry casting. Casts well with a unique yellow gold color.
    Forms:
    • 1/2" and Down Unpolished Shot
    • 1/2" Polished Cubes
    • 2" Cut Bars
    • 2-5 Ingot
    Belmont Product Code 4582
    Nominal Composition:
    • Proprietary
  •  
     
    Herculoy Silicon Bronze UNS C87610
    Herculoy Silicon Bronze UNS C87610
    Belmont Special "H" Silicon Bronze Alloy has gained increased popularity in recent years with art and jewelry casters, primarily because of its excellent fluidity, low-drossing tendency, sharp detail reproduction, minimal finishing requirements, high ductility and suitable as a cost-effective alternative to tin bronzes.
    Forms:
    • 1/2" x 14 Mesh Polished Shot
    • 1/2" X 14 Mesh Unpolished Shot
    • 1/2" Polished Cubes
    • 2" Cut Bars
    • 2-20 Ingot
    • 2-5 Ingot
    Belmont Product Code 4939
    Nominal Composition:
    • 92% Cu
    • 4% Si
    • 4% Zn
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    Silicon Brass UNS C87500
    Silicon Brass UNS C87500
    Silicon brass a copper/zinc alloy with some tin and / or lead tossed in to improve hardness, color and machining qualities. This alloy is especially desirable for fluid moving applications.
    Forms:
    • 1/2" Polished Cubes
    • 1/2" x 14 Mesh Polished Shot
    • 2" Cut Polished Pcs.
    • 2-20 Ingot
    • 2-5 Ingot
    • Slabs
    Belmont Product Code 4811
    Nominal Composition:
    • 82.5% Cu
    • 4% Si
    • 13.5% Zn
    Technical Info:
    • CDA #: 87500
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    Silicon Bronze Everdur UNS C87300
    Silicon Bronze Everdur UNS C87300
    Excellent general use Bronze for most any Jewelry Applications. This alloy offers very high detail, easy castability, and accepts patinas very well. This alloy has a very warm bronze color.
    Forms:
    • 2-20 Ingot
    • 2-5 Ingot
    • 1/2" & Down Polished Shot
    • 1/2" & Down Cubes
    • 2" Polished Cut Bar
    • Slabs
    • Unpolished Shot 1/2" x 14 Mesh
    Belmont Product Code 4951
    Nominal Composition:
    • 95% Cu
    • 4% Si
    • 1% Mn
    Technical Info:
    • CDA #: 87300
    • Melting Range: 1550 F - 1780 F, 840 C - 971 C
    • Pouring Range: 1900 F - 2250 F, 1010 C - 1235 C
    • Density: 0.302 lbs/cu. in, 8.36 g/cu. cm
    • Tensile Strength: 55000 lbs/sq. in.
    • Yield Strength: 25000 lbs/sq in.
    • Brinell Hardness: 85
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    Belmont Special 2% Boron Copper
    Belmont Special 2% Boron Copper
    Master Alloy used in the production of Copper Alloys for a wide variety of industries. The introduction of Boron to Copper Alloys helps eliminate gas and porosity without the loss of conductivity.
    Forms:
    • 1/2" and Down Polished Shot
    Belmont Product Code 49817
    Nominal Composition:
    • 98% Cu
    • 2% B
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    2% Boron Copper
    2% Boron Copper
    Can be considered either a deoxidizer or grain refiner. Generally, for pure copper its role would be deoxidizing but in brasses it’s more of a grain refiner.
    Forms:
    • 3/4" & Down Polished Shot
    • 3/4" & Down Unpolished Shot
    • 40-15 Waffle
    • 4-5 Oz Pcs.
    Belmont Product Code 4987
    Nominal Composition:
    • 98% Cu
    • 2% B
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    Beryllium Copper 20C UNS C82500
    Beryllium Copper 20C UNS C82500
    This alloy offers high strength, hardness, wear resistance with excellent fluidity. This alloy is ideal for investment, sand or ceramic casting and provides excellent replication of intricate detail.
    Forms:
    • 2-5 Ingot
    • 2" Cut Bars
    • 1" Cut Bar
    • 1/2" Polished Cubes
    • 1/2" x 14 Mesh Shot
    Belmont Product Code 4977
    Nominal Composition:
    • 97.2% Cu, 2.05% Be, 0.5% Co, 0.25% Si
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    Beryllium Copper 10C
    Beryllium Copper 10C
    This alloy exhibits good strength, coupled with excellent corrosion resistance and material toughness properties. This comparatively lower percentage Beryllium alloy provides thermal conductivity properties that are far superior to most Aluminum, Magnesium & Steel alloys.
    Forms:
    • 2" Cut Bars
    • 2-20 Ingot
    • 2-5 Ingot
    Belmont Product Code 4972
    Nominal Composition:
    • 96.8% Cu
    • 0.65% Be
    • 2.55% Co
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    Beryllium Copper 70C
    Beryllium Copper 70C
    With the highest Copper content of all BeCu alloys this alloy offers superior strength and hardness along with superior thermal conductivity. It is recommended for Investment, continuous and centrifugal casting methods.
    Forms:
    • 2-5 Ingot
    Belmont Product Code 4992
    Nominal Composition:
    • 99.12% Cu
    • 0.08% Be
    • 0.8% Cr
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    Beryllium Copper 165C
    Beryllium Copper 165C
    This Beryllium Copper alloy provides good resistance to corrosion along with high strength and hardness. It is very suitable for salt water immersion applications and also offer excellent replication of intricate detail.
    Forms:
    • 2" Cut Bars
    • 2-5 Ingot
    Belmont Product Code 4986
    Nominal Composition:
    • 98% Cu
    • 1.7% Be
    • 0.3% Co
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    Beryllium Copper 275C UNS C82800
    Beryllium Copper 275C UNS C82800
    This material offers the highest strength and hardness of all the BeCu alloys with excellent wear resistance and fluidity. Also offers extremely fine detail pick-up in ceramic or pressure cast processes. This also has the lowest pouring temperature of the BeCu alloys allowing almost any type of molding process to be used.
    Forms:
    • 1/2" and Down Polished Shot
    • 1/2" X 14 Mesh Unpolished Shot
    • 2-5 Ingot
    Belmont Product Code 4971
    Nominal Composition:
    • 96.43% Cu
    • 2.7% Be
    • 0.5% Co
    • 0.3% Si
    • 0.07% Ti
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    4% Beryllium Copper
    4% Beryllium Copper
    A Beryllium containing copper base master alloy which is used to introduce Beryllium into new melts or to replace Beryllium lost through oxidation in remelts.
    Forms:
    • Approx. 1" Pcs.
    • 1/2" and Down Shot
    • Slabs
    Belmont Product Code 4962
    Nominal Composition:
    • 96% Cu
    • 4% Be
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    80/20 Brass Alloy CDA 87300
    80/20 Brass Alloy CDA 87300
    Brass, which is an alloy made of copper and zinc, can be varied to create a wide range of brasses with varying properties, is widely used for decorative applications in antiques and ox finishes. Brass plating is also a great alternation for sealing zinc die-castings for post molding operations. Brass plating provides an excellent diffusion barrier preventing components of the base material from migrating into the subsequent plating layers.
    Forms:
    • Cast Flat Top Anode Approx 1-1/4" Each
    • 1" x 1" x 1" Nuggets
    Belmont Product Code 48012A
    Nominal Composition:
    • 20% Zn
    • 80% Cu
    Technical Info:
    • CDA #: 87300
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    Cadmium Anode
    Cadmium Anode
    Electroplated cadmium is a robust and versatile metallic coating. Cadmium is a soft white metal that, when plated onto steel, cast iron, malleable iron, copper, and powdered metal, functions as a "sacrificial coating," corroding before the substrate material. 2" diameter is a standard form for many plating applications.
    Forms:
    • 2 IN Dia. Balls Approx 1.2 Lbs. Ea.
    Belmont Product Code 3010
    Nominal Composition:
    • 99.95% Cd
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    Cadmium Pellets for Vacuum Deposition
    Cadmium Pellets for Vacuum Deposition
    Electroplated cadmium is a robust and versatile metallic coating. Cadmium is a soft white metal that, when plated onto steel, cast iron, malleable iron, copper, and powdered metal, functions as a "sacrificial coating," corroding before the substrate material. The 5-20 Mesh size offers increased surface area for plating.
    Forms:
    • 5-20 Mesh
    Belmont Product Code 3008
    Nominal Composition:
    • 99.95% Cd
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    CDA 101 OFHC Copper
    CDA 101 OFHC Copper
    High purity Copper Anode that offers a consistent surface area and consistent dissolution and can be used in any anode basket or tray. Used for many applications, including Ammunition, Coinage, Corrosion Protection, Decorative Plating, Electrical Connectors and Electronic Components and many more.
    Forms:
    • Nuggets
    • 1" Dia Balls
    Belmont Product Code 499
    Nominal Composition:
    • 99.99% Cu
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    Vale Electrolytic Grade N Nickel
    Vale Electrolytic Grade N Nickel
    Nickel coating is used for a wide variety of decorative applications. It offers a high luster finish, corrosion protection, and wear resistance. Used widely in the automative indutry and and for household items. Non decorative application provide wear and corrosion protection and additional strength. The Pellet form we offers increased flowability and will be easy to fill anode baskets of all shapes and sizes.
    Forms:
    • 1/4" x 3/4" Pellets
    Belmont Product Code 9002
    Nominal Composition:
    • 99.95% Ni
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    Vale Grade S Nickel
    Vale Grade S Nickel
    Vale S-Pellets are fully activated nickel anode material ideally suited for electroplating with anode baskets. The pellets are spherical in shape and are made by a special gas refining process that retains a small, closely controlled amount of sulfur in the nickel to maximize its electrochemical activity. The unique spherical shape of Vale S-Nickel Pellets ensures a degree of flowability unmatched by any other form of plating nickel, and this property makes it relatively easy to fill anode baskets of various sizes and shapes manually or with the aid of hoppers, funnels, channels, and tubes.
    Forms:
    • 1" Rounds
    • Pellets
    Belmont Product Code 9111
    Nominal Composition:
    • 99.95% Ni
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    Special High Grade 99.99% Zinc Ball Anodes
    Special High Grade 99.99% Zinc Ball Anodes
    Zinc metal coatings provide better protection on Iron and Steel than any other corrosion resistant coatings. Plated SHG Zinc coatings are pure compared to hot dipped and are also thinner and more ductile, which allows them to be made brighter and more lustrous. We offer this material in 2" diameter balls that are solid and clean and do not have any flash orgates which would cause backet hang ups.
    Forms:
    • 2" Diameter Balls
    Belmont Product Code 8000AG
    Nominal Composition:
    • 99.99% Zn
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    99.99% Zinc Anodes
    Placeholder
    99.99% Zinc Anodes
    Mainly used in galvanizing steel to prevent rusting, in zinc die casting alloys and in copper based alloys, such as brass. Zinc is also essential to the growth of many kinds of organisms, both plant and animal. Zinc also extends the life of other material such as steel (by hot dipping or electrogalvanizing), rubber and plastics (as an aging inhibitor) and wood (in paints).
    Forms:
    • Flat Tops
    Belmont Product Code 8000AM
    Nominal Composition:
    • 99.99% Zn
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    70/30 Brass Alloy CDA 96400
    70/30 Brass Alloy CDA 96400
    Brass, which is an alloy made of copper and zinc, can be varied to create a wide range of brasses with varying properties, is widely used for decorative applications in antiques and ox finishes. Brass plating is also a great alternation for sealing zinc die-castings for post molding operations. Brass plating provides an excellent diffusion barrier preventing components of the base material from migrating into the subsequent plating layers.
    Forms:
    • 1" x 1" x 1" Nuggets
    • Cast Flat Top Anode Approx 1-1/4" Each
    Belmont Product Code 47018A
    Nominal Composition:
    • 30% Zn
    • 70% Cu
    Technical Info:
    • CDA #: 96400
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    High Grade Black #200
    High Grade Black #200
    Our High Grade Black Cupric Oxide is used as a colorant in glass, ceramics glazes and enamels, ss a catalyst and in catalyst preparation, for Wood treatment chemicals, Copper plating, for preparation of other copper chemicals and other applications.
    Forms:
    • Cupric Oxide
    Belmont Product Code 4303C
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    Cadmium Oxide
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    Cadmium Oxide
    Cadmium Oxide is used in electronics as a transparent conductor. It is also used in electroplating, storage battery electrodes, catalyst, semiconductors, manufacture of silver alloys and ceramic glazes.
    Forms:
    • Avg. Size 1 Micron
    Belmont Product Code 3009
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    Holtite Fine Gray Solder
    Holtite Fine Gray Solder
    This solder filler has a lower melting temperature than our brazing alloys. In solder joints the base metals will typically be much stronger than the solder following the soldering process.
    Forms:
    • 40-120 Mesh
    Belmont Product Code 4508
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    High Grade Zinc
    High Grade Zinc
    Our High Grade Zinc Powder is used for a wide variety of applications including but not limited to friction materials, spray galvanizing, mechanical plating, chemical formulations, and batteries
    Forms:
    • 325 Mesh Powder
    Belmont Product Code 8024
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    98.5% Minimum Silicon Metal
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    98.5% Minimum Silicon Metal
    Silicon powder is used for a large and growing number of industrial and consumer products, including silicone rubber parts, urethane foam, sealants, adhesives, lubricants, food additives, coatings, polishes and cosmetics.
    Forms:
    • 200 Mesh and Down Powder
    Belmont Product Code SI98POWE
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    99.9% Bismuth Powder
    99.9% Bismuth Powder
    Bismuth is a white, brittle metal with a slight pink color and is typically recovered as a by-product of lead and copper. It is commonly used as an alloying element for various low melting alloys where it is mixed with other metals such as Lead, Tin, or Cadmium. It is also used as well for a lead substitute in other materials. Our Powder is the finest form that we offer and has become increasingly popular as a substitute for Lead when producing Radiation Shielding Blankets. The powder has a purity of 99%.
    Forms:
    • 100 Mesh Powder
    Belmont Product Code 2003
    Nominal Composition:
    • 99% Bi
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    99.9% Nickel Powder
    99.9% Nickel Powder
    It is a black lustrous metal powder which is hard and ductile in nature. The ultrafine and nanometer powder have attracted a great deal of attention over past decades due to their specific properties such as magnetism, thermal resistance, chemical activity, high surface volume area, better reactivity, enhance hardness, semiconductor condition and high chemical activity having a wide range of applications including batteries, hard alloy, catalyst, electricity, etc. Pure Nickel is also widely used in the world's coinage systems, sonar and ultrasonic devices.
    Forms:
    • 100-325 Mesh Powder
    Belmont Product Code 9003
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    Grade M Tin
    Grade M Tin
    Tin Powders are used in applications as far ranging as self lubricating bearings, friction materials, chemical formulations, metal bonded abrasive wheels, cutting tools, and many more. Only the highest quality material and production methods are used to consistent quality.
    Forms:
    • #100 Atomized Powder
    • 100 Mesh Powder
    Belmont Product Code 7005
    Nominal Composition:
    • 99.85% Sn
    • Bal
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    SW Grade Tin
    SW Grade Tin
    Tin Powders are used in applications as far ranging as self lubricating bearings, friction materials, chemical formulations, metal bonded abrasive wheels, cutting tools, and many more. Only the highest quality material and production methods are used to consistent quality.
    Forms:
    • Oxide
    Belmont Product Code 7007
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    #250 Flake Copper
    #250 Flake Copper
    #250 Flake Copper for use in coating and thin film Chemical Vapor Deposition and Physical Vapor Deposition  processes including Thermal and Electron Beam (E-Beam) Evaporation, Low Temperature Organic Evaporation,  Organometallic and Chemical Vapor Deposition for specific applications such as fuel cells and solar energy.
    Forms:
    • Powder
    Belmont Product Code 4306A
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    #325 Granular Copper
    #325 Granular Copper
    Our 325 Mesh Granular Copper Powder is a high purity material with closely controlled particle size, which allows for reliable performance. Applications for this material include Thermal Spray coatings, synthetic industrial diamond manufacturing, heat exchangers, and x-ray and radiation control.
    Forms:
    • 325 Mesh Powder
    Belmont Product Code 4307A
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    High Grade Red Grade RR
    High Grade Red Grade RR
    Our High Grade Red Cupric Oxide is used as a colorant in glass, ceramics glazes and enamels, ss a catalyst and in catalyst preparation, for Wood treatment chemicals, Copper plating, for preparation of other copper chemicals and other applications.
    Forms:
    • Cuprous Oxide
    Belmont Product Code 4301A
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    99% Aluminum Powder
    99% Aluminum Powder
    Aluminum Powder is used in the production of many types of explosives and fire works. It is also employed in the manufacturing of certain types of electronics. Powdered aluminum is included in many paints and sealants. Certain products design to carry electrical current, such as solar cells are often made using aluminum powder. Rocket Fuel is often made with aluminum and many solid rocket fuels are based on chemical reactions involving this metal.
    Forms:
    • 100-325 Mesh Powder
    Belmont Product Code 1300
    Nominal Composition:
    • 99% Al
    • Bal
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    Holtite Alsil Grit
    Holtite Alsil Grit
    This Fine mesh Brazing Solder has a lower melting temperature than our other Holtite versions and is Aluminum & Silicon based.
    Forms:
    • 100 Mesh & Down Powder
    • 30 - 60 Mesh Granular
    • 40 - 100 Mesh Granular
    Belmont Product Code 1503D
    Nominal Composition:
    • Proprietary
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    #150 Cast Iron Powder
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    #150 Cast Iron Powder
    Cast iron powder is used in the manufacturing of specialty alloys and as an ingredient in pyrotechnic mixtures.
    Forms:
    • Powder
    Belmont Product Code FE004A