Tools & Lab equipment

Isopropyl alcohol is a high purity alcohol that can often be found in every workshop. It is useful for cleaning printed circuit boards because it evaporates quickly and removes grease deposits (such as flux or paste traces) and other impurities. It is also used with 3D printers to clean the print surface and for all other applications where purity is required. It is important to note that it is antibacterial.

• Packaging: 5L
• Purity: 96%

Isopropyl alcohol is a high purity alcohol that can often be found in every workshop. It is useful for cleaning printed circuit boards because it evaporates quickly and removes grease deposits (such as flux or paste traces) and other impurities. It is also used with 3D printers to clean the print surface and for all other applications where purity is required. It is important to note that it is antibacterial.

• Packaging: 300mL
• Dispersion: syringe
• Purity: 96%

Isopropyl alcohol is a high purity alcohol that can often be found in every workshop. It is useful for cleaning printed circuit boards because it evaporates quickly, and allows the removal of fatty deposits (such as traces of flux and paste) and dirt. It is also used with 3D printers to clean the print substrate and for all other applications where cleanliness is sought. It is important to note that it has antibacterial action.

• Package: 250mL
• Dispersion:spray
• Purity: 96%

Flux is used during soldering to clean the board from dirt and possible oxidation (if any) which results in quality solder joints – solder is much easier to catch in the solder spot. In addition to cleaning, it also provides better wetting properties, which means that the solder will adhere better and more properly to the legs of components or solder joints. All this makes soldering much easier. In addition to all the above, this flux contains activators that further improve soldering, to the point that soldering is as simple and high quality as with solder paste.

• Weight: 40g

REMARK: Be sure to close the flux after use.

Solder paste is used during SMT production, i.e. when SMT components are used. The paste is placed in specific places where it’s desired to achieve a solder joint, either by hand or with a stencil. After that, the components are placed and soldered in special ovens. This paste does not require cleaning after soldering (no clean). Paste is lead-free, which means it does not contain lead.

• Composition: Sn96,5Ag3Cu0,5
• Melting point: 252°C
• Solder ball sizes: 25-45µm
• Packaging: 1.4mL
• Lead-free
• No clean

At e-radionica.com solder paste is stored in the refrigerator, at a temperature of 8 ° C, which is the recommended storage temperature. We recommend that you choose express delivery for orders that contain this item in order to avoid product being exposed to high temperatures.

Solder paste is used during SMT production, i.e. when SMT components are used. The paste is placed in specific places where it’s desired to achieve a solder joint, either by hand or with a stencil. After that, the components are placed and soldered in special ovens. This paste does not require cleaning after soldering and has a low melting point.

• Composition: Sn62Pb36Ag2
• Melting point: 198°C
• Solder ball sizes: 25-45µm
• Packaging: 1.4mL
• Lead based
• No clean

At e-radionica.com solder paste is stored in the refrigerator, at a temperature of 8 ° C, which is the recommended storage temperature. We recommend that you choose express delivery for orders that contain this item in order to avoid product being exposed to high temperatures.

These wipes are intended for cleaning consumer electronics that are used every day: monitors, mouse, keyboard, laptop, all types of laboratory equipment such as a multimeter, oscilloscope, power supply, etc..

• Quantity: 24

Thermal conductivity is a property often required in cases where two metals are in contact. One of them needs to be cooled, while the other is most often a refrigerator. Although thermal paste is a logical choice in this case, thermally conductive adhesive will be particularly useful in some cases, especially when the joint is under mechanical stress. This adhesive is often used in electronics to attach temperature sensors, coolers and el. components and LEDs..

• Weight: 10g
• Operating temperature: -50 – 200°C
• Thermal conductivity: 2W/mK
• Drying time: 5min do 2

4h

Instructions for use:
• The surface must be cleaned before applying the adhesive
• Apply the glue thinly, not thicker than 6mm
• Use the glue 12 months after opening

Thermally conductive paste is used at the points of contact of two metals where thermal conductivity is required. It is most often some type of heatsink, either for the processor or any other type of electronic component. The base of this thermally conductive paste is silicone, and gold dust is added to it in a percentage of as much as 45%, which achieves maximum thermal conductivity – as much as 3 times higher than ordinary paste. Comes with a plastic mounting spatula.

• Mass: 1g
• Thermal conductivity: >2.8W/mK

Thermally conductive paste is used at the points of contact of two metals where thermal conductivity is required. It is most often some type of heatsink, either for the processor or any other type of electronic component. The base of this thermally conductive paste is silicone, and steel dust is added to it, which achieves thermal conductivity.

• Mass: 1g
• Thermal conductivityt: >6W/mK

Thermally conductive paste is used at the points of contact of two metals where thermal conductivity is required. It is most often some type of heatsink, either for the processor or any other type of electronic component. The base of this thermally conductive paste is silicone, and diamond dust is added to it in a percentage of 10% to increase the thermal conductivity. Comes with a special application brush.

• Mass: 4g
• Thermal conductivityt: >4W/mK

A set of heat shrinks that insulate the connections between the wires when heated.

The set consists of:

• • 60 heat shrinks 40 mm long, 2 mm in diameter
• • 30 heat shrinks 40 mm long, 3 mm in diameter
• • 16 heat shrinks 40 mm long, 4 mm in diameter
• • 16 heat shrinks 40 mm long, 5 mm in diameter
• • 16 heat shrinks 40 mm long, 6 mm in diameter
• • 10 heat shrinks 40 mm long, 9 mm in diameter
• • 8 heat shrinks 40 mm long, 10 mm in diameter
• • 8 heat shrinks 40 mm long, 11 mm in diameter

Protoboard used for the permanent connection (also known as soldering) of electronic components. High quality, with solder mask on one side, as well as column and row markings.

• Dimensions: 7cm x 9cm

Protoboard used for the permanent connection (also known as soldering) of electronic components. High quality, with solder mask on one side, as well as column and row markings.

• Dimensions: 15cm x 9cm

Copper board used for making your own PCBs.

• Number of layers: 2
• Material: FR1
• Copper thickness: 35um
• Dimensions: 160 x 100 mm

This device is used to connect you to your FPGA or CPLD manufactured by Cyclone or Altera by 10-pin FPGA cable

• Connectors: USB 2.0, FPGA 10-pin

Cables are included with the device.

Where do we use flux? Flux is used by soldering. It is used to clean the pcb from any dust or oxidation (if there was any), which results with quality solder connections – solder attaches more easily to the pads where we want to put solder. Besides that, it improves electrical contact. Anyone who has tried it will know!

• Amount: 40g

Warning: Close the flux can after use.

It is extremely easy to remove insulation and solder with this stranded copper wire. It will serve great in small projects and prototypes.

It is extremely easy to remove insulation and solder with this stranded copper wire. It will serve great in small projects and prototypes.

It is extremely easy to remove insulation and solder with this stranded copper wire. It will serve great in small projects and prototypes.

It is extremely easy to remove insulation and solder with this stranded copper wire. It will serve great in small projects and prototypes.

Standard M3 countersunk head screw.

M3 diameter standoff with a thread is ideal with bolts, nuts and screw + standoff combinations. It is most often used as a spacer on PCBs. A standoff is hexagon-shaped.

• Length: 8mm
• Threaded standoff
• Hexagonal (HEX) shape

Waterproof box with non-transparent cover. The cover is detachable and is held by four Phillips screws. between the cover and the base, it is possible to place a rubber band that would achieve a waterproof of a box and a rubber band comes within a box. Box has four Phillips screws for mounting as shown on the pictures.

• Dimensions: 65 x 59 x 35 mm