Due to advanced manufacturing processes, companies today can use a range of base metals and alloys to create the right products and components to their industries. When obtaining the metals that will be used in casting, extruding and forming processes, manufacturers can request the alloys and base metals in various sizes and shapes. Ingots, cubes,…
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.
All types of Sn and Sn alloys for additions, alloying, casting chemical, plating, ACS reagent, and soldering uses.
Tin was one of the first metals known to man. Throughout ancient history, various cultures recognized the virtues of tin in coatings, alloys and compounds, and use of the metal increased with advanced technology. Today, Tin is an important metal in industry even though the annual tonnage used is much smaller than those of many other metals. One reason for the small tonnage is that, in most applications, only very small amounts of tin are used at a time.
Solders account for the second largest usage of Tin (after tinplate). Tin is an important constituent in solders because it wets and adheres to many common base metals at temperatures considerably below their melting points. Tin is alloyed with lead to produce solders with melting points lower than those of either tin or lead. Small amounts of various metals, notably antimony and silver, are added to tin-lead solders to increase their strength. These solders can be used for joints subjected to high or even subzero service temperatures.
Applications: Casting, Plating, Solder, Babitt Alloys, Bronze Alloys, ACS Grade for Chemical use Applications, Alloys with Lead, Antimony, Copper, Zinc, Bismuth, Phosphor
Forms: Pig, Ingot, Bar, Granular, Mossy, Shot, Anodes, Rod, Wire, Powder
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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
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
Babbitt metals are either lead or tin based, and the metal makes excellent bearings that are easy to pour as a DIY project. However, before you pour your bearings, you must select the correct babbitt metal in order to ensure your engine or piece of machinery operates correctly and efficiently. If you know the composition…
Semiconductors, machine bearings, and utensils are all made from varying amounts of metal alloys. Yet these items also possess one common factor: antimony. Antimony is a semi-metal element that comes in both a powdered form as well as a hard and brittle metal. Possessing a silvery, blush white appearance, this element is highly desired when…
Babbitt metals ensure machinery runs smoothly Bearings play an integral role in machine efficiency by reducing friction between moving parts. The earliest recorded examples of bearing usage date back to the Romans, and in the year 1500, Leonardo da Vinci sketched a design for a helicopter that incorporated ball bearings. Today, common types of bearings…
Using lead-free pewter alloys for making jewelry helps alleviate health concerns Adding lead to an alloy can help create characteristics—such as softness and lower melting temperatures—that are useful for many applications. However, lead also is a neurotoxin that is dangerous to animals and humans. Small children are more vulnerable to the effects of lead exposure…