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    • Product Type: Solder Wire

    • Alloy Composition: 60% Tin (Sn), 40% Lead (Pb) – DS6+M60

    • Flux Type: No-Clean Rosin (RMA) Flux

    • Flux Content: Typically between 1.8% – 2.2% by weight (Core percentage may vary slightly by manufacturer)

    • Wire Diameter: 0.4mm (0.016 inches)

    • Net Weight: 40 grams (0.04 kg)

    • Melting Temperature: Approximately 183°C – 190°C (361°F – 374°F)

    • Application: Precision electronics, SMD components, mobile phone repair, circuit board rework, DIY projects.

    • Packaging: Typically supplied on a small, plastic reel with a label.

    • Standards: Conforms to common industry standards for solder wire (e.g., J-STD-006).

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    Mechanic Ds6+m60 40g 0.4mm Electronic Soldering Welding No-clean Rosin Solder Wire

     $0

    • Product Type: Solder Wire

    • Alloy Composition: 60% Tin (Sn), 40% Lead (Pb) – DS6+M60

    • Flux Type: No-Clean Rosin (RMA) Flux

    • Flux Content: Typically between 1.8% – 2.2% by weight (Core percentage may vary slightly by manufacturer)

    • Wire Diameter: 0.4mm (0.016 inches)

    • Net Weight: 40 grams (0.04 kg)

    • Melting Temperature: Approximately 183°C – 190°C (361°F – 374°F)

    • Application: Precision electronics, SMD components, mobile phone repair, circuit board rework, DIY projects.

    • Packaging: Typically supplied on a small, plastic reel with a label.

    • Standards: Conforms to common industry standards for solder wire (e.g., J-STD-006).

    • Brand: Mechanic

    • Model: 900M-T-I

    • Type: Lead-Free Soldering Iron Tip

    • Shape: Conical (I-type)

    • Compatibility: 900M series soldering irons

    • Application: Jumper wire soldering, BGA rework, motherboard repair, SMD/PCB soldering

    5 day delivery

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    Mechanic Lead Free Soldering Iron Tip 900m-t-i For Jumper Wire Bga Motherboard Welding Repair Tools

     $0
    Sold: 1
    Available: 9

    • Brand: Mechanic

    • Model: 900M-T-I

    • Type: Lead-Free Soldering Iron Tip

    • Shape: Conical (I-type)

    • Compatibility: 900M series soldering irons

    • Application: Jumper wire soldering, BGA rework, motherboard repair, SMD/PCB soldering

    5 day delivery

    • Brand: Mechanic

    • Model: 900M-T-SK

    • Type: Lead-Free Soldering Iron Tip

    • Material: Copper core with iron plating

    • Tip Shape: Beveled/Skewed

    • Compatibility: 936 / 937 / 898D / 852D+ soldering stations (and other 900M supported irons)

    • Application: Jumper wire soldering, BGA repair, motherboard work, micro-soldering

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    Mechanic Lead Free Soldering Iron Tip 900m-t-sk For Jumper Wire Bga Motherboard Welding Repair Tools

     $0

    • Brand: Mechanic

    • Model: 900M-T-SK

    • Type: Lead-Free Soldering Iron Tip

    • Material: Copper core with iron plating

    • Tip Shape: Beveled/Skewed

    • Compatibility: 936 / 937 / 898D / 852D+ soldering stations (and other 900M supported irons)

    • Application: Jumper wire soldering, BGA repair, motherboard work, micro-soldering

    • Brand: Mechanic

    • Model: Tin V5B45

    • Type: Soldering Flux Paste / Welding Cream

    • Weight: 42g

    • Applications: PCB repair, SMD/BGA rework, jumper wire soldering, phone motherboard repair

    • Function: Prevents oxidation, improves solder flow, ensures reliable joints

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    Mechanic Soldering Flux Paste 42gram Soldering Tin V5b45 Solder Welding Cream

     $0

    • Brand: Mechanic

    • Model: Tin V5B45

    • Type: Soldering Flux Paste / Welding Cream

    • Weight: 42g

    • Applications: PCB repair, SMD/BGA rework, jumper wire soldering, phone motherboard repair

    • Function: Prevents oxidation, improves solder flow, ensures reliable joints

  • Product Configuration 

    1. Tool Compatibility: Ensure the blade matches your degumming tool’s model (e.g., blade dimensions, attachment mechanism).

    2. Installation:

      • Unplug the tool and let it cool completely.

      • Remove the old/worn blade by loosening the retention screw or clip.

      • Insert the new blade securely and tighten the screw.

    3. Operation:

      • Plug in the tool and allow it to heat to the recommended temperature.

      • Gently scrape residues at a 30-45 degree angle to avoid surface scratches.

    4. Safety: Wear heat-resistant gloves during blade changes and operation.

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    Metal Blade With Handle Replacement For Electric Degumming Glue Remover Tool

     $0

    Product Configuration 

    1. Tool Compatibility: Ensure the blade matches your degumming tool’s model (e.g., blade dimensions, attachment mechanism).

    2. Installation:

      • Unplug the tool and let it cool completely.

      • Remove the old/worn blade by loosening the retention screw or clip.

      • Insert the new blade securely and tighten the screw.

    3. Operation:

      • Plug in the tool and allow it to heat to the recommended temperature.

      • Gently scrape residues at a 30-45 degree angle to avoid surface scratches.

    4. Safety: Wear heat-resistant gloves during blade changes and operation.

  • Product Configuration

    1. Surface Prep: Ensure metal surfaces are clean and free of gross debris.

    2. Application: Use the built-in brush or dropper to apply a thin layer of flux to the joint area.

    3. Soldering: Proceed with heating and soldering as usual; the flux will activate and clear oxides.

    4. Cleaning: After soldering, clean any residue with isopropyl alcohol, water, or a dedicated flux cleaner (check flux type).

    5. Storage: Keep bottle tightly closed and store in a cool, dry place.

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    Metal Soldering Flux 25ml Bottle

     $0

    Product Configuration

    1. Surface Prep: Ensure metal surfaces are clean and free of gross debris.

    2. Application: Use the built-in brush or dropper to apply a thin layer of flux to the joint area.

    3. Soldering: Proceed with heating and soldering as usual; the flux will activate and clear oxides.

    4. Cleaning: After soldering, clean any residue with isopropyl alcohol, water, or a dedicated flux cleaner (check flux type).

    5. Storage: Keep bottle tightly closed and store in a cool, dry place.

  • Product Configuration 

    1. Software Installation: Install the TL866CS software on a Windows PC.

    2. Connect Hardware: Plug the programmer into USB and ensure drivers are loaded.

    3. Select Chip: Choose the target IC model from the software’s database.

    4. Insert IC: Open the ZIF socket, place the chip correctly (align pin 1), and close the socket.

    5. Operations:

      • Read: Extract firmware and save as a backup file.

      • Write: Load a .bin/.hex file and program the chip.

      • Erase: Clear chip contents before writing new data.

    6. Safety: Always handle chips statically safe and power off when inserting/removing.

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    Mini Pro Tl866cs Usb Bios Universal Programmer In Pakistan

     $0

    Product Configuration 

    1. Software Installation: Install the TL866CS software on a Windows PC.

    2. Connect Hardware: Plug the programmer into USB and ensure drivers are loaded.

    3. Select Chip: Choose the target IC model from the software’s database.

    4. Insert IC: Open the ZIF socket, place the chip correctly (align pin 1), and close the socket.

    5. Operations:

      • Read: Extract firmware and save as a backup file.

      • Write: Load a .bin/.hex file and program the chip.

      • Erase: Clear chip contents before writing new data.

    6. Safety: Always handle chips statically safe and power off when inserting/removing.

    1. Power Connection: Apply 5V-15V DC to the VCC (+)* and GND (-) pins.

    2. Output Signal: Connect the OUT pin to your target device (e.g., motor driver, microcontroller).

    3. Adjust Frequency: Rotate the frequency pot to set the desired pulse rate (e.g., slow for fading effects, fast for motor control).

    4. Adjust Duty Cycle: Rotate the duty cycle pot to change the pulse width (e.g., 50% for equal high/low time, 90% for mostly high).

    5. Testing: Use an oscilloscope or multimeter to verify output characteristics.

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    Ne555 Pulse Frequency Duty Cycle Adjustable Module Square Wave Signal Generator

     $0
    1. Power Connection: Apply 5V-15V DC to the VCC (+)* and GND (-) pins.

    2. Output Signal: Connect the OUT pin to your target device (e.g., motor driver, microcontroller).

    3. Adjust Frequency: Rotate the frequency pot to set the desired pulse rate (e.g., slow for fading effects, fast for motor control).

    4. Adjust Duty Cycle: Rotate the duty cycle pot to change the pulse width (e.g., 50% for equal high/low time, 90% for mostly high).

    5. Testing: Use an oscilloscope or multimeter to verify output characteristics.