Babbitt Wire

Introduction
Babbitt alloys remain consistent from edge-to-edge and end-to-end through thousands of pounds of ingots and bars, and through thousands of miles of spray wire. Babbitt formulations meet or exceed their engineering standards. With higher productivity, less rework, less cleanup. Fewer defects and higher quality finished products.
The coatings are ductile, low in oxides and exhibit a bright, metallic appearance.
It can equivalent to: tafa 04t, sulzer metco spraybabbit
Surface preparation
Surface should be clean, white metal, with no oxides (rust), dirt, grease, or oil on the surface to be coated. Note: it is best not to handle surfaces after cleaning. Recommended method of preparation is, to grit blast with 24 mesh aluminum oxide, rough grind, or rough machine in a lathe.
Application
Bearing surfaces
Product details
Chemical composition:
Type Chemical composition
Sn Sb Cu Other
Babbitt wire 90 7~8 3~4 0.25

Specifications
Grade Aws
Babbitt wire C2.25 / c2.25m w-snsbcu-1


Physical properties
Grade Density Melting point
Babbitt wire 6.67 g/cm3 354 °c

Typical deposit characteristics:
Typical hardness Bond strength Deposit rate Deposit efficiency Machilityineab
Nil 3000 psi 48 lbs /hr/100a 70% Good

Standard sizes & packing:
Diameter Packing Wire weight
1/8(3.17mm) D 300 spool 15kg(33 lbs)/spool
Other sizes can be produced by customers' requirement.

Tin ingot supplier
Product ingredients: Sn99.99
Working temperature: 265-275
Packing: net weight 25±1.5kg per ingot,
bundled with galvanized steel strips,
40 ingots per bundle, net weight 1000±30kg
Specifications: 400cmX100cmX100cm
Origin: China
Tin Ingot Applicationï¼?
(1) For the manufacture of tin-plated iron (tinplate);
(2) Used to make brazing solder;
(3) The electronic industry is used for tin plating on the surface of wires and electronic components and lead parts
(4) For the manufacture of tin bronze.
Tin is malleable and has good plasticity. Pure tin reacts slowly with weak organic acids and has good corrosion resistance. Even if it is corroded, the resulting compounds are generally non-toxic. Therefore, a large number of tinplates are produced by hot-dip tinning, which are used in anti-corrosion or food industry. Tin-based bearing alloy (Babbitt) is an excellent wear-resistant material, it has a low coefficient of friction and good toughness, thermal conductivity and corrosion resistance. Tin can also be configured into fusible alloys, solder, printed alloys, tin bronze, and tin brass. Tin-containing zirconium-based alloys are used as nuclear fuel packaging materials in the atomic energy industry; tin-containing titanium-based alloys are used in aviation, shipbuilding, atomic energy, chemical and nuclear medical equipment and other industrial sectors. Tin-niobium intermetallic compounds can be used as superconductors. The traditional Chinese medicine compounds of tin are tin dioxide, tin tetrachloride and organic compounds of tin, which are respectively used as raw materials for ceramic glazes, coal dyes for printing and dyeing silk fabrics, as well as insecticides, antifouling agents, wood preservatives and flame arresters.
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