|Minimum Order Quantity||30 Kilogram|
|Application||63/37 Solder Stick|
|Usage||Hot Dip Soldering|
63/37 Solder Stick offered comes with advantage of low oxide in metal which provides for less dross as well as high productivity support. Other than this, these solder sticks offer optimum sur
face finish post soldering operations. Some of its features include fine grain structure that ensures melting occurs at minimum temperatures, saves melting time because of low oxide presence in metal, provide for rapid and uniform solidification, transition from liquid to solid at single temperature, closer grain boundaries, manufactured using virgin raw material, high productivity in terms of soldering area, fast cooled joints and others.
Advantages Of Using Khosla 63/37 Solder Sticks:
• Low Oxides in metal. Ensure Low Dross, Low Oxide great Fluidity and High productivity.
• Excellent Surface Finish. Ensure good quality of surface after soldering.
• High Aesthetical value.
• Due to Fine Grain Structure the temperature at which melting occurs is minimum.
Melting And Casting:
At a time 150 Kg to 200 kg Melted in Single Batch, which saves melting Time causes Low Oxide in metal. At a time 10 sticks of 1 kg each are casted. Continuous water supply solidify metal very quickly, rapidly and uniformly. The liquid to solid transition take place at a single temperature with no pasty range and minimum solidification time. This Achieves the Grain Structure and closer grain boundaries.
Khosla's Super Deluxe 63/37 Sn/Pb solid bar are manufactured from high quality virgin raw materials i.e. 99.995% Pure lead and further processed in such a way that the end product ensures Low Dross, Low Oxide Great Fluidity and high productivity in terms of Soldering Area. Our Sticks also ensure good Quality of surface after soldering. these soldering Bars are manufactured by methods of advanced casting having good finish, no inherent oxides, low grain size and high aesthetical value.
• Tin 63 % +/- 0.5%
• Lead Remainder
The Effect of cooling rate on micro structure:
Micro sections of Eutectic Tin-Lead solder both slow-cooled and fast-cooled. Differences in the micro-structure have implications for the mechanical properties of the joints are more ductile, fast cooled joints, with a fine gain structure and closer grain boundaries are more Brittle