White Metal Alloys

Pewter

Featuring Lead Free Pewter and Lead Free Pewter alloyed with Silver, Indium, and Bismuth, as well as Brittania, and Genuine Pewter

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Solders

Featuring: Body solders, Lead-base, Lead-free solders, Low melting solders, Miter-Al-braze (MAB), Tin-Antimony solders, Tin-base, Tin-Cadmium solders, Tin-Lead solders, Tin-Zinc solders

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Tin Alloys

Featuring: jewelry alloys, Sn anodes for plating, Sn shot for gray iron and titanium alloy additions, Grade A and 99.99% Sn, Sn-base babbitts, 5% phosphor Sn, Pewter, Sn-base solders, Sn powder, Sn oxide powder, Sn granular.

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White Metals

Featuring Aluminum, Lead, Pewter, Solders, Jewelry, Sculpture, Tin, Zinc Alloys in a variety of forms for many applications

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Zinc Alloys

Featuring pure Zn shot for precious metal alloying and other uses; Zn plating anodes; Superdie and other Zn alloys for rubber-mold and permanent mold casting, ultrasonic solders.

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Lead Alloys

Featuring: 99.99% Lead in a variety of forms, Pb-Base Babbitt and casting alloys for jewelry and ornamental products, 6% Antimonial Lead, Linotype Alloys, and Pb-Base Solders

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Bismuth Alloys

Featuring 99.9% Bismuth and Low Melt Eutectic and Non-Eutectic Alloys offering custom compositions and forms

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Featured Products

  •  
     
    SAC305 Lead Free Solder Alloy
    SAC305 Lead Free Solder Alloy
    Can be used for various soldering methods including Wave, Selective, and Hand. Known for best in class yields, this material outperforms all Sn/Cu based materials and delivers excellent performance across a wide range of Flux Technologies. SAC305 is used to stabilize the copper content in the wave solder bath depending on process conditions.
    Forms:
    • Regular Bar
    • Shot
    • Ingot
    Belmont Product Code 7972
    Nominal Composition:
    • Sn: 96.5%
    • Ag: 3%
    • Cu: 0.5%
    Technical Info:
    • Solidus: 217 C (423 F)
    • Liquidus: 220 C (428 F)
  •  
     
    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
  •  
     
    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
  •  
     
    Commercial Grade 15% Zinc Brite Alloy
    Commercial Grade 15% Zinc Brite Alloy
    Commercial Zinc base alloy, it contains approximately 15% Aluminum and 85% Zinc. Specially formulated and metallurgically designed to provide superior casting results in Spin-Casting applications.
    Forms:
    • 4-16 Ingot
    Belmont Product Code 8853
    Nominal Composition:
    • 85% Zn
    • 15% Al
  •  
     
    Zamak 12 / Ilzro 12
    Zamak 12 / Ilzro 12
    Zamak 12 offers high hardness and high tensille strenght. This is the preferred alloy for permanent mold applications although it can also be cold-chamber die-cast with excellent results. It combines low temperature melting efficiency and thin wall capabilities with premium mechanical properties. ZA-12 can usually be poured directly into molds designed for aluminum and brass.
    Forms:
    • 4-20 Ingot
    Belmont Product Code 8871
    Nominal Composition:
    • 88% Zn
    • 11% Al
    • 1% Cu
  •  
     
    98/2 ZINC ALUMINUM SOLDER
    98/2 ZINC ALUMINUM SOLDER
    Zinc/Aluminum solder is an alloy of 98% Zinc and 2% Aluminum. Used as a coating sprayed onto steel.
    Forms:
    • 4-20 Ingot
    • Regular Bar
    Belmont Product Code 8982
    Nominal Composition:
    • 98% Zn
    • 2% Al
  •  
     
    99/1 Zinc Aluminum Solder
    99/1 Zinc Aluminum Solder
    Zinc/Aluminum solder 99% Zinc and 1% Aluminum. Used by the Romans and is commonly used today, particularly in musical instruments and many hardware applications that must resist corrosion. Zinc is an alloy with Lead and Tin to make solder, a metal with a relatively low melting point used to join electrical components, pipes and other applications.
    Forms:
    • 4-20 Ingot
    Belmont Product Code 8995
    Nominal Composition:
    • 99% Zn
    • 1% Al
  •  
     
    955 Slush Alloy
    955 Slush Alloy
    Slush Cast alloy is a high purpose-engineered product. This alloy was developed to provide a high fluidity casting material capable of producing a good surface definition when cast in metal permanent molds or rubber molds. It contains approximately 5% Aluminum and 95% Zinc. It is used primarily for the use of hollow castings.
    Forms:
    • 4-20 Ingot
    Belmont Product Code 8952
    Nominal Composition:
    • 95% Zn
    • 5% Al
  •  
     
    Zamak 3
    Zamak 3
    Zamak 3 is a family of alloys with a base metal of zinc and alloying elements of aluminum, magnesium and copper. It is the most commonly used in Zinc die casting, providing an excellent combination of strenght, ductility. It also provides excellent plating and finishing characteristics. This alloy is the designers first choice for die casting applications and the most widely used in North America.
    Forms:
    • 4-20 Lb. Ingot
    Belmont Product Code 8961
    Nominal Composition:
    • 96% Zn
    • 4% Al
  •  
     
    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
  •  
     
    Zamak 7
    Zamak 7
    Zamak 7 is a modification of Zamak 3. However, Zamak 7 has higher ductility (for Forming and bending operations) and the highest casting fluidity of the Zamak family. Excibits excellent damping capacity and vibration attenuation in comparison with aluminum die casting alloys.
    Forms:
    • 4-20 Ingot
    Belmont Product Code 8962
    Nominal Composition:
    • 95.87% Zn
    • 4.1% Al
    • 0.015% Mg
    • 0.015% Ni
  •  
     
    95/5 Zinc Aluminum Solder Alloy
    95/5 Zinc Aluminum Solder Alloy
    95/5 Zinc Aluminum M Solder alloy composed of 95% Zinc 5% Aluminum that exhibits remarkable coating corrosion resistance and adhesion. Resistance to corrosion of joints soldered with 95ZN-5AL is superior to that obtainable with other solders; it is comparable to that obtain with pure Zinc.
    Forms:
    • 1/4# Capping Bar
    • 4-20 Ingot
    • Approx. 1 Lb. Regular Bars
    Belmont Product Code 8951
    Nominal Composition:
    • 95% Zn
    • 5% Al
  •  
     
    ACS Tin Granular
    ACS Tin Granular
    Forms:
    • 20 Mesh Granular
    • 30 Mesh Granular
    • 8-20 Mesh Shot
    • Mossy
    Belmont Product Code 7008
    Nominal Composition:
    • 99.9% Zn
    • Bal
  •  
     
    99.99% Tin
    99.99% Tin
    We offer Ultra Pure Tin that is used for specific applications where higher grades are required. Our grade is refined to the highest standards. Ultra Pure Tin has extremely low levels of lead, cadmium, antimony, and copper. And we offer this material in a variety of forms that we can tailor to your application.
    Forms:
    • 8-20 Mesh Shot
    • Approx. 1 Lb. Bars
    • Approx. 53 Lb. Pigs
    • Approx. 5 Lb. Ingots
    Belmont Product Code 7004
    Nominal Composition:
    • 99.99% Sn
    • Bal
  •  
     
    Grade A Tin 99.85% Minimum
    Grade A Tin 99.85% Minimum
    Our standard Grade A Tin is sourced from highest quality supplier and is certified conflict free. We offer this material in a wide variety of forms so we can tailor the metal for your needs.
    Forms:
    • Granular
    • Pigs
    • Approx. 1 Lb. Regular Bars
    • Sheet
    • Cast Flat Anodes
    • 1/4# Capping Bar
    • Wire
    • 2-5 Ingot
    • 8-20 Mesh Shot
    • Slabs
    Belmont Product Code 7001
    Nominal Composition:
    • 99.85 Sn
    • Bal
  •  
     
    #60 Aluminum Solder (Tin/Zinc)
    #60 Aluminum Solder (Tin/Zinc)
    This Solder has good corrosion resistance and tensile strength. With a melting range beginning at 390 Deg. F. it avoids causing damage to critical electronics as well preventing substrate deformation and segregation. It is used very often in spray wire form for capacitors and other electronic parts.
    Forms:
    • 1/16" Dia. Plus .000" Minus .004" on 5 Lb. Spools
    • 2-5 Ingot
    • Cast Flat Anodes
    Belmont Product Code 7601DS1C
    Nominal Composition:
    • 60.5% Sn
    • 39.5% Zn
  •  
     
    70/30 Tin Zinc Solder
    70/30 Tin Zinc Solder
    This solder is primarily used for soldering Aluminum to Aluminum or Copper usually where lower soldering temperature than Zinc-Aluminum solders is required. It is used extensively in spray wire from for capacitors and other electronic parts and also has a high tensile strength.
    Forms:
    • 1/4" LB. Capping Bar
    • 2-8 Ingot
    • 2MM Dia. (.078" - .079") Wire
    Belmont Product Code 7702
    Nominal Composition:
    • 70% Sn
    • 30% Zn
  •  
     
    158-165 Degree F Low Melting Alloy Wire
    158-165 Degree F Low Melting Alloy Wire
    This is a Bismuth based non-eutectic alloy commonly used as a low-melting solder and also to make custom shaped blocks. It is also used to make metal inlays in wood and also useful for repairing antiques as the low melting temperature of Wood's metal makes it unlikely this will harm the original piece.
    Forms:
    • 1/4" Dia. Solid Wire
    • 1/8" Dia Solid Wire
    Belmont Product Code 2502DS1C
    Nominal Composition:
    • 12.5% Sn
    • 25% Pb
    • 50% Bi
    • 12.5% Cd
  •  
     
    Lead Silver Solder Alloy
    Lead Silver Solder Alloy
    Lead Silver solders such as this have physical properties - tensile, creep, and shear strength - which are good to 350 Deg. F. Fatigue properties are also better than the non silver solder alloys.
    Forms:
    • .063 Dia. Solid Wire
    • 5Lb. Spools
    • Capping Bars
    Belmont Product Code 5951DS1C
    Nominal Composition:
    • 60% Sn
    • 40% Pb
    • 5.5% Ag
  •  
     
    50/50 Tin Lead Solder Alloy
    50/50 Tin Lead Solder Alloy
    Solders such as this can be used to join copper and most copper alloys, lead, nickel alloys and steel. This general purpose solder has a wide melting range used for automotive, radiator, gutter repair and electrical applications. Can also be offer in various wire diameters as well.
    Forms:
    • Regular Bar
    • Capping Bar
    Belmont Product Code 75012
    Nominal Composition:
    • 50% Sn
    • 49.65% Pb
    • Bal
  •  
     
    60/40 Tin Lead Solder Wire
    60/40 Tin Lead Solder Wire
    Tin-Lead solders is the largest single group and the most widely used of the soldering alloys . Tin-Lead solders are compatible for use with all types of base metal cleaners, fluxes, and heating methods. 60/40 Tin Lead solder, almost the eutectic is particularly adaptable to delicate work or when soldering temperature may be critical. This particular item comes in 1/16" Diameter and can also be offered in other sizes as well. This is also a quick setting solder for fine electrical and tinsmith work.
    Forms:
    • 1/16" Dia. Solid Wire
    Belmont Product Code 76001DSC
    Nominal Composition:
    • 60% Sn
    • 40% Pb
  •  
     
    60/40 Tin Lead Alloy
    60/40 Tin Lead Alloy
    Tin-Lead solders is the largest single group and the most widely used of the soldering alloys . Tin-Lead solders are compatible for use with all types of base metal cleaners, fluxes, and heating methods. 60/40 Tin Lead solder, almost the eutectic is particularly adaptable to delicate work or when soldering temperature may be critical. This particular item is a soldering bar weighing approx. 1 Lb. with dimensions of approx. 3/4" wide x 1/4" thick x 14" long.
    Forms:
    • 1" Pcs.
    • 1/8" & Down Shot
    • Capping Bars
    • Regular Bar
    Belmont Product Code 76015
    Nominal Composition:
    • 60% Sn
    • 40% Pb
  •  
     
    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
  •  
     
    25% Tin Pewter Alloy
    25% Tin Pewter Alloy
    Lowest cost. Used for inexpensive end use products and where its high weight is ok.
    Forms:
    • 5-8 Ingot
    Belmont Product Code 5731
    Nominal Composition:
    • 24% Sn
    • 74% Pb
    • 2% Sb
  •  
     
    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
  •  
     
    Brittania Alloy
    Brittania Alloy
    Forms:
    • 5-6 Ingot
    • 1/4" and Down Unpolished Irregular Shot
    • .05" Dia. Solid Wire 1 Lb. Spools
    Belmont Product Code 7921
    Nominal Composition:
    • 91.75% Sn
    • 8% Sb
    • 0.25% Cu
    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
  •  
     
    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
  •  
     
    C-10 Lead Base Alloy
    C-10 Lead Base Alloy
    Lead,Tin, Antimony Alloy. Low Melting fusible alloy. Excellent low-cost alloy. High-antimony lead alloy specially treated to increase ductility and fluidity. Useful where casting may be subject to bending.
    Forms:
    • 2-8 Ingot
    Belmont Product Code 5877
    Nominal Composition:
    • 86.925% Pb
    • 10% Sb
    • 3% Sn
    • 0.0725% Te
  •  
     
    #4 Babbitt Alloy
    #4 Babbitt Alloy
    This is a Lead Base Babbitt used for low speed applications.
    Forms:
    • 5-8 Ingot
    • 50 Lb. Pigs
    Belmont Product Code 5906
    Nominal Composition:
    • 90 Pb
    • 10 Sb
  •  
     
    6% Antimonial Lead
    6% Antimonial Lead
    Lead - Antimony alloys have high corrosion resistance in most enviroments. They form a protective, impermeable film even faster than pure lead and in some cases even faster than chemical lead. It is found that except in the presence of florine compunds, 6% antimonial lead is more resistant to corrosion than is soft lead. 6% Antimony, 92% Lead this is by far the most popular with target shooters. Good castability. Somewhat brittle. Moderate cost.
    Forms:
    • 2-8 Ingot
    • Rods
    • Sheet
    Belmont Product Code 5933
    Nominal Composition:
    • 93% Pb
    • 6% Sb
    • 1% Sn
  •  
     
    99.5% Lead Sectional
    99.5% Lead Sectional
    Lead has been commonly used for thousands of years because it is widespread, easy to extract and easy to work with since it is highly malleable as well as easy to smelt. Lead is used in lead-acid batteries, bullet and shot, weights, and Bricks for Radiation Protection.
    Forms:
    • Ingot
    • 0.08", 0.09", 0.11", 0.15" Shot
    • Pigs
    • Capping Bar
    • 1 lb Bar
    • Powder
    • Sheet
    • Wool
    Belmont Product Code 5002
    Nominal Composition:
    • 99.9% Pb
    • Bal
  •  
     
    Type BB Lead Shot
    Type BB Lead Shot
    Lead shot is available for different applications. Type BB Lead shot prepare for ammunition measure 0.18 inches in diameter. Lead is the most common material for shotgun.
    Forms:
    • 0.18" Dia
    Belmont Product Code 5010
    Nominal Composition:
    • 99.90% Pb
  •  
     
    R-8-16 Lead Shot
    R-8-16 Lead Shot
    R-8-18 size 0.18" Diameter, but tend to vary in size. It is used for a variety of other purposes with dense material for weight/balance. Due to lead's high desity, it is used to attenuate radiation, especially X-rays. Lead shot may be enclosed in a bag and then placed around a point source for radiation protection or for radiation shielding.
    Forms:
    • 8-16 Mesh Shot
    Belmont Product Code 5011
    Nominal Composition:
    • 99.90 Pb
  •  
     
    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
  •  
     
    Anti-Friction Babbitt Alloy ASTM B-23 Grade 8
    Anti-Friction Babbitt Alloy ASTM B-23 Grade 8
    This is a Lead Base Babbitt used for low speed applications.
    Forms:
    • 5-8 Ingot
    Belmont Product Code 5807
    Nominal Composition:
    • 79.55% Pb
    • 15% Sb
    • 5% Sn
    • 0.45% As
    Technical Info:
    • ASTM B-23 Grade #: 8
    • Melting Point-Solidus: 237 C, 459 F
    • Melting Point - Liquidus: 272 C, 522 F
    • Pouring Temperature: 340 C, 645 F
  •  
     
    412 Linotype Alloy
    412 Linotype Alloy
    Linotype shot for hydrometals and bullet casting. It is good for varmit cast bullets. Linotype does not have a larger % of tin in it but it really has a larger percentage of antimony that makes for hard and brittle bullets.
    Forms:
    • 10-20 Mesh .078" x .033"
    Belmont Product Code 58410
    Nominal Composition:
    • 84.25% Pb
    • 11.5% Sb
    • 4.25% Sn
  •  
     
    Linotype Alloy
    Linotype Alloy
    Lead base alloy for casting bullets and fishing jigs. Linotype will have a brinell hardness and good strength. Used to be used a lot in the printing industry.
    Forms:
    • 10-20 Mesh 0.078" x 0.033
    • 12-30 Mesh .0661 in. - .032"
    • 20-25 Lb. Pig
    • 40 Lb. Pigs
    • Approx. 40 Lb. Pigs
    Belmont Product Code 5841
    Nominal Composition:
    • 84% Pb
    • 12% Sb
    • 4% 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
  •  
     
    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
  •  
     
    99.99% Bismuth Metal
    99.99% Bismuth Metal
    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. The Ingots are our largest size available and have a purity of 99.99% and often serve as grain refiner in the foundry industry as well. Our regular bars can be used in solder applications as a replacement for Lead since it is non-toxic. Our 1/8" & down shot product allows you to make smaller additions during your casting process and has a purity of 99.9%.
    Forms:
    • Slabs
    • #6 Small Shot Approx. 1/8" and Down
    • Regular Bar 1/2" X 7/8" X 13"
    Belmont Product Code 2001
    Nominal Composition:
    • 99.99% Bi
  •  
     
    99.9% Bismuth Metal
    99.9% Bismuth Metal
    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. The Needles allow you to have more surface area and pack very tight when melting. They have a purity of 99.9%.
    Forms:
    • Needles
    Belmont Product Code 2002
    Nominal Composition:
    • 99.9% Bi
  •  
     
    117 F, 47 C Low Melting Alloy
    117 F, 47 C Low Melting Alloy
    This is a Bismuth based Eutectic low melting alloy used for tooling and production aids. It provides you with easily castable material that is ready for use as soon as it freezes. This alloy can be recovered easily and recycled into new uses a number of times. It is mainly used in the optical industry for lens blocking when grinding glass, plastic lenses and optical components. It's low melting point allows it not to distort the glass or plastic which it supports. Also can be used for proof casting as well.
    Forms:
    • 2 lb Cake Even Weight
    Belmont Product Code 2451
    Nominal Composition:
    • 44.7% Bi
    • 5.3% Cd
    • 22.6% Pb
    • 19.1% In
    • 8.3% Sn
    Technical Info:
    • Melting Point - Solidus 117 F, 47 C
    • Melting Point - Liquidus 117 F, 47 C
    • Short-Term Tensile Strength lbs/sq.in. 5400
    • Yield Temperature 117
    • Weight lbs/cu.in 0.32
    • Brinnell Hardness No. (500 kg) 12
    • Growth/Shrinkage - Time after Casting: after 2 mi.: 0.0005
    • after 1 hour: -0.0001
    • after 24 hrs: -0.0002
    • after 500 hrs: -0.0002
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    136 F, 58 C Low Melting Alloy
    136 F, 58 C Low Melting Alloy
    This is a Bismuth based Eutectic low melting alloy used for tooling and production aids. It provides you with easily castable material that is ready for use as soon as it freezes. This alloy can be recovered easily and recycled into new uses a number of times. It is mainly used in the optical industry for lens blocking when grinding glass, plastic lenses and optical components. It's low meeting point allows it not to distort the glass or plastic which it supports, Also can be used for proof casting as well. In comparison to its 117 Deg F. counterpart this alloy does not contain Cadmium.
    Forms:
    • 2 Lb. Cake Even Weight
    • 1/8" Dia Solid Wire
    • Capping Bars
    Belmont Product Code 2491
    Nominal Composition:
    • 49% Bi
    • 18% Pb
    • 21% In
    • 12% Sn
    Technical Info:
    • Melting Point - Solidus 136 F, 58 C
    • Melting Point - Liquidus 136 F, 58 C
    • Short-Term Tensile Strength lbs/sq.in. 6300
    • Yield Temperature 136
    • Weight lbs/cu.in 0.31
    • Brinnell Hardness No. (500 kg) 14
    • Growth/Shrinkage - Time after Casting: after 2 mi.: 0.0003
    • after 1 hour: 0
    • after 24 hrs: -0.0002
    • after 500 hrs: -0.0002
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    BEND Metal, 158 F, 70 C Low Melting Alloy
    BEND Metal, 158 F, 70 C Low Melting Alloy
    This is a Bismuth based Eutectic low melting alloy used very often to bend tubes and rolled or extruded shapes. This alloy which is normally used for tubes up to 2-1/2" Diameter allows them to be bent or formed to the desired shape without any kinks. Without using this material the tubes or shapes may kink or bend irregularly. It can also be used for work-holding, fusible safety devices and low temperature soldering.
    Forms:
    • Cakes
    • Capping Bars
    • 1/8" & Down Shot
    • .05", 1/8", 3/32" Dia Solid Wire
    • 1/8" x 18" Cast Strips
    Belmont Product Code 2505
    Nominal Composition:
    • 50% Bi
    • 10% Cd
    • 26.7% Pb
    • 13.3% Sn
    Technical Info:
    • Melting Point - Solidus 158 F, 70 C
    • Melting Point - Liquidus 158 F, 70 C
    • Short-Term Tensile Strength lbs/sq.in. 5990
    • Yield Temperature 158
    • Weight lbs/cu.in 0.339
    • Brinnell Hardness No. (500 kg) 9.2
    • Growth/Shrinkage - Time after Casting: after 2 mi.: 0.0025
    • after 1 hour: 0.0051
    • after 24 hrs: 0.0051
    • after 500 hrs: 0.0057
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    TRU Alloy, 281 F, 138 C Eutectic Low Melting Alloy
    TRU Alloy, 281 F, 138 C Eutectic Low Melting Alloy
    This is a Bismuth based Eutectic low melting alloy whose main attribute is the minimal volume change between its liquid and solid state. This is the highest melting point of the bismuth-base alloys commonly used in the industry and provides an easily castable material ready for use soon after it freezes. It is used primarily for holding parts such as jet engine blades for machining and also for foundry patterns and fusible elements in safety devices.
    Forms:
    • Cakes
    • .063" Dia. Solid Wire on 1 Lb. Spools
    • 1/8" x 18" Cast Strips
    • 1/8" X Down Shot
    • 30 Lb. Pigs
    • 5 lb. Ingot
    Belmont Product Code 2581
    Nominal Composition:
    • 58% Bi
    • 42% Sn
    Technical Info:
    • Melting Point - Solidus 281 F, 138 C
    • Melting Point - Liquidus 281 F, 138 C
    • Short-Term Tensile Strength lbs/sq.in. 8000
    • Yield Temperature 281
    • Weight lbs/cu.in 0.315
    • Brinnell Hardness No. (500 kg) 22
    • Growth/Shrinkage - Time after Casting: after 2 mi.: 0.0007
    • after 1 hour: 0.0006
    • after 24 hrs: 0.0005
    • after 500 hrs: 0.0005
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    60% Bismuth 40% Cadmium Alloy
    60% Bismuth 40% Cadmium Alloy
    This material is used for soldering applications primarily in electronic circuit boards and various high voltage or high power applications. Consisting of 60% Bismuth and 40% Cadmium the shape of the bars are approx. 1/4' x 1/4" x 14" long.
    Forms:
    • 1/4" Capping Bar
    Belmont Product Code 2601
    Nominal Composition:
    • 60% Bi
    • 40% Cd
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    Genuine Babbitt ASTM B-23 Grade 2
    Genuine Babbitt ASTM B-23 Grade 2
    For high speed and heavy load applications slightly softer than Grade 1.
    Forms:
    • 5-6 Ingot
    • 1/8", 1/16", 1/32", 3/16", 5/32" Dia Solid Wire
    • Pigs
    Belmont Product Code 7881
    Nominal Composition:
    • 89% Sn
    • 7.5% Sb
    • 3.5% Cu
    Technical Info:
    • ASTM B-23 Grade # : 2
    • Melting Point-Solidus : 241 C, 466 F
    • Melting Point - Liquidus : 354 C, 669 F
    • Pouring Temperature : 425 C, 795 F
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    99.9% Aluminum
    99.9% Aluminum
    Ultra-Pure that exhibit strong inertness and extreme hardness, applied in severe-service conditions requiring excellent strength, high operating temperatures. Typically use for critical applications that requires extreme tight tolerance. Excellent electrical insulators. 99.9% Alumimum is widely used in galvanizing one of the most used methods for protecting metal from corrosion.
    Forms:
    • 2-5 Mesh Shot
    • 50 Lb. Ingots
    Belmont Product Code 1008
    Nominal Composition:
    • 99.9% Al
    • Bal
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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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    A356.2 Aluminum Alloy
    A356.2 Aluminum Alloy
    A356 has very good casting and machining characteristics. Corrosion resistance is excellent and it has very good weldability characteristics. Mechanical properties are rated excellent. Typically this alloy is used in castings for aircraft parts, pump housings, impellers, high velocity blowers and structural castings where high strength is required. The fact that A356 has good castability makes it a logical choice for intricate and complex castings where lightweight, pressure tightness and excellent mechanical properties are needed.
    Forms:
    • Ingot
    • Saw Cut Pcs.
    Belmont Product Code 10A356P
    Nominal Composition:
    • 92.6% Al
    • 7% Si
    • 0.4% Mg