Company Profile
| Website |
|---|
Reviews
Featured Products
All Products
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
<B>Stannol Trilence series</B> The Trilence flux system has been designed for demanding soldering tasks in automated soldering processes. Due to its optimised properties, the flux system is also suitable for manual soldering and rework. The Trilence flux system has been designed for demanding soldering tasks in automated soldering processes. Due to its optimised properties, the flux system is also suitable for manual soldering and rework. Trilence solder wires can be used as conventional solder wires. Thanks to its low tendency of spitting, transparent residues and high thermal capacity, the Trilence wire produces clean solder joints. As there is nearly no spitting, your soldering machine requires less servicing and you have fewer shutdown periods. <B>Features & Benefits</B> • Minimum spitting • Good wetting properties • Transparent residues
Show Details
<B>HS10 Soldering Wire</B> The electronic solder wire HS10 is a proven and reliable product of Stannol research, which was developed to meet high-quality requirements in industrial electronic production and for quick rework. The solder wire HS10 is efficient by its high activity, which results in quick spread of solder and electrical safe residues. It is a halide activated rosin (colophony) flux. The solder wire HS10 conforms to IEC 61190-1-3 type ROM1 <B>Features & Benefits</B> • Solid and dry residues, pin testable • Fast soldering, high spread speed • High reliability • Soldering Wire, SN60Pb40 alloy with a flux core • Well suited to high-quality works, at low melting temperature • Solidus at 183°C, liquidus at 188°C • Flux of 2.5% type 1.1.2B / ROM1
Show Details
<B>Stannol Trilence series</B> The Trilence flux system has been designed for demanding soldering tasks in automated soldering processes. Due to its optimised properties, the flux system is also suitable for manual soldering and rework. The Trilence flux system has been designed for demanding soldering tasks in automated soldering processes. Due to its optimised properties, the flux system is also suitable for manual soldering and rework. Trilence solder wires can be used as conventional solder wires. Thanks to its low tendency of spitting, transparent residues and high thermal capacity, the Trilence wire produces clean solder joints. As there is nearly no spitting, your soldering machine requires less servicing and you have fewer shutdown periods. <B>Features & Benefits</B> • Minimum spitting • Good wetting properties • Transparent residues
Show Details<B>HS10 Soldering Wire</B> The electronic solder wire HS10 is a proven and reliable product of Stannol research, which was developed to meet high-quality requirements in industrial electronic production and for quick rework. The solder wire HS10 is efficient by its high activity, which results in quick spread of solder and electrical safe residues. It is a halide activated rosin (colophony) flux. The solder wire HS10 conforms to IEC 61190-1-3 type ROM1 <B>Features & Benefits</B> • Solid and dry residues, pin testable • Fast soldering, high spread speed • High reliability • Soldering Wire, SN60Pb40 alloy with a flux core • Well suited to high-quality works, at low melting temperature • Solidus at 183°C, liquidus at 188°C • Flux of 2.5% type 1.1.2B / ROM1
Show Details
Stannol Kristall series Stannol Kristall solder wires have been specially formulated to complement No Clean wave and reflow soldering processes. They are also applicable to repair operations carried out after a cleaning process, eliminating the need for further cleaning. Stannol Kristall solder wires provide fast soldering on copper and brass surfaces and solder coated materials. Activity of the halide activated versions on nickel is also good depending on the state of oxidation of the nickel finish. The good thermal stability of Stannol Kristall fluxes means that they are also suited to soldering applications requiring high melting temperature alloys. The resin and flux systems are designed to leave relatively low residues and to minimise residual activity. This is achieved by ensuring some decomposition and volatilisation takes place during the soldering process. In some situations, this may generate visible fuming but in all cases, rosin fumes must be removed from the breathing zone of operators. <B>Features & Benefits</B> • Fast soldering (wide range of activities to suit all applications) • Good spread (on copper, brass and nickel) • Clear residues • Heat stable (low spitting) • Mild odour
Show Details
<B>HS10 Soldering Wire</B> The electronic solder wire HS10 is a proven and reliable product of Stannol research, which was developed to meet high-quality requirements in industrial electronic production and for quick rework. The solder wire HS10 is efficient by its high activity, which results in quick spread of solder and electrical safe residues. It is a halide activated rosin (colophony) flux. The solder wire HS10 conforms to IEC 61190-1-3 type ROM1 <B>Features & Benefits</B> • Solid and dry residues, pin testable • Fast soldering, high spread speed • High reliability • Soldering Wire, SN60Pb40 alloy with a flux core • Well suited to high-quality works, at low melting temperature • Solidus at 183°C, liquidus at 188°C • Flux of 2.5% type 1.1.2B / ROM1
Show Details
<B>HS10 Soldering Wire</B> The electronic solder wire HS10 is a proven and reliable product of Stannol research, which was developed to meet high-quality requirements in industrial electronic production and for quick rework. The solder wire HS10 is efficient by its high activity, which results in quick spread of solder and electrical safe residues. It is a halide activated rosin (colophony) flux. The solder wire HS10 conforms to IEC 61190-1-3 type ROM1 <B>Features & Benefits</B> • Solid and dry residues, pin testable • Fast soldering, high spread speed • High reliability • Soldering Wire, SN60Pb40 alloy with a flux core • Well suited to high-quality works, at low melting temperature • Solidus at 183°C, liquidus at 188°C • Flux of 2.5% type 1.1.2B / ROM1
Show Details
