Product description: Cynel LC60 100 g / 1.5 mm
Soldering tin with flux 1.5 mm in diameter in a 100 g spool. The alloy composition is SN60Pb40 . Tin can be used in the electronics industry, as well as at home. Precautions should be taken when using the product. The product is recommended for professional use.
Soldering tin specification
- Type: LC60-FSW26
- Type of binder: lead
- Melting point: 190°C
- Alloy composition: Sn60Pb40
- Diameter: 1.5 mm
- Weight: 100 g
Tin Cynel LC60 100 g / 1.50 mm.
The subject of the sale is the tin, other accessories can be purchased separately.
Soldering tin SN60Pb40 1.5 mm
Soldering tin is a basic piece of equipment for an electronics workshop. It would be hard to imagine assembling and servicing devices without its use. To be precise, soldering uses not tin itself (which is an element with the symbol Sn), but an alloy of tin - usually with lead and other metals.
Cynel LC60 100g / 1.50mm contains tin and lead - in the proportion SN60Pb40. Due to this composition it can be used e.g. in private workshops and some special applications - wherever lead-free tin is not absolutely required. The melting point of the alloy is 190 o C.
A popular product, known for years
Cynel LC60 tin is produced in Poland. It has been an extremely popular and well-liked material by electronics engineers for many years, available in standard 100-gram rolls with a wire diameter of 1.5 mm.
The presented product contains a flux – rosin – which facilitates correct and durable soldering of elements. It protects the resulting surface from oxidation, which on poorly made solders is visible in the form of dulling on the shiny surface. When working with tin, you need to remember not only about the care of making connections, but also about your own safety – you should avoid inhaling fumes and smoke generated during soldering.
Solder selection matters!
Choosing the right solder is one of the most important factors to consider during the soldering process. Soldering is a process of joining electronic components, cables and wires together by melting tin, creating a joint with very good electrical conductivity properties, as well as high mechanical strength and corrosion resistance. LC60 tin is an excellent choice for most electronics assembly and service work.
How to solder properly?
When making soldered joints, in order to obtain the best possible properties of soldered joints, it is necessary to adhere to the correct soldering technique. First, set the soldering iron or soldering station to a temperature that clearly exceeds the melting temperature of the filler metal - preferably in the range of 300°C - 370°C. Then, heat the soldered surface (the end of the wire or the soldering field) and apply tin to this surface. A properly made soldered joint should be smooth and shiny.
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