[Features] · Solder paste. · [Eco Solder paste]. · "Eco Solder" is an environmentally friendly lead free solder paste that, when compared to traditional solder pastes, helps resolve problems such as heat-resistance (due to a high melting point), supply stability, wettability, and preservation stability—a problem associated with lead free solder. · [S70G series]. · Maintains the viscosity stability of the GRN362 series by preservation and squeezing, while also providing improved reliability and performance in terms of heat-resistance and flux spattering. Improves in all aspects; from product mounting to production. · Drastically improves the ability to prevent incomplete BGA fusion, which has been difficult to solve. · Types which can improve the thermostability of ingredients and maintain temperature are also available. · [374FS series]. · Developed for joining large surface areas such as during semi-conductor module mounting. Displays excellent cleaning properties with various types of cleaning solution. Reduces the occurrence of voids which form on the underside of bare chips, etc. · [TVA series]. · A lead-free solder paste developed for usage in 3D implementation such as POP. · [DSR series]. · A lead free solder paste for dispensing. Combines characteristics, enabling use with a wide range of applications. · As well as general reflow heating, it also supports other heating methods such as rapid heating (laser, hot air, etc.) · [345F series]. · Features improved cleaning of residues with various types of cleaning solution. Boasts heat-resistance and viscosity stability while also inhibiting the formation of solder balls.
An updated SN100C (010) product. Boasts excellent wettability. Helps prevent solder bridging and shrinkage.
[Features] · Has great results when used for wave soldering. Suitable for the soldering of products with large usage environment loads. · The effects of the trace additives nickel and germanium help provide excellent workability and inhibit the generation of solder bridging and shrinkage. · Creates a nickel barrier, inhibiting copper leaching. · Is affected little by harsh conditions, helping ensure stable quality (atmospheric exposure test). · Features excellent growth characteristics, helping mitigate the effects of expansion and contraction resulting from heat generated by components and circuit boards. · Reduces the generation of dross.
A cost-effective lead free solder. ■ Composition: Sn 99% / Ag 0.3% / Cu 0.7%
[Features] · A cost-effective lead free solder. · Uses flux with excellent wettability, keeping any drops in workability to a minimum. · Even when switching from Sn-3Ag-0.5Cu solder to another type, no major changes need to be made in regards working methods or the equipment used. · Tin-lead solder has been used for a long time and boasts a lot of plus-points in terms of its wettability, melting point, mechanical strength, and copper leaching, etc. However, lead also has a number of unwanted effects on the environment, and as such has led to a number of lead free solder alloys being made. · As the melting point of lead free solder is high and the solder alloys themselves have a large specific heat capacity, this tends to result in reduced workability.
Flux Characteristics: RA Composition: Sn 50% / Pb50%
[Features] · Can be used not only with aluminum and titanium, but also with stainless steel, nichrome, copper, brass, nickel plating, bimetal, tin-plate, steel, and many other metals. · Uses a water-soluble flux which can be easily removed with water.
[Features] Resinous solder wound on a coil. High performance chlorine-free solder. Chlorine compounds are not included as activators. Easy to use without solder defects. [Features] Supports materials that are difficult to solder, such as stainless steel, Zn-coated steel plates and Ni-coated materials.
Lead Free Solder/Flux Characteristics: RMA Composition: Sn 99.3% / Cu+Ni0.7%
[Features] · Lead free solder with a glossy finish close to that of tin-lead solder. · Solder with comparatively low rates of copper leaching and soldering iron tip damage.
[Features] · Has great results when used for wave soldering. Suitable for the soldering of products with large usage environment loads. · The effects of the trace additives nickel and germanium help provide excellent workability and inhibit the generation of solder bridging and shrinkage. · Creates a nickel barrier, inhibiting copper leaching. · Is affected little by harsh conditions, helping ensure stable quality (atmospheric exposure test). · Features excellent growth characteristics, helping mitigate the effects of expansion and contraction resulting from heat generated by components and circuit boards. · Reduces the generation of dross.