Fiberglass Sleeve Tube Review: Testing Heat Resistance and Durability! 🔥

In materials science, fiberglass stands as a symbol of resilience and versatility. In our latest experiment, we dived headfirst into extreme heat testing, subjecting a 10 cm section of a fiberglass tube to a scorching 1000°C flame. Join us on this thrilling journey as we unravel the mysteries of fibreglass and explore its limits.

Fiberglass sleeve tube protection up to 600°C

Step 1: Flame Test

1. The experiment commences as a 1000°C flame engulfs the fibreglass tube. 
   
   

   

   Test flame it with lighter.
   
   

2. Step into the heart of the heat and closely observe the initial changes as the once pristine surface darkens under the intense flames.
   
   

   

   1000°C lighter flame as the tube darkened

Step 2: Wire Insertion Trial

1. Take a daring turn in the experiment by inserting a wire into the fresh fibreglass tube. Witness the trial by the lighter as the wire and tube combo face the flames.
   
   

   

   Insert the sleeve into the wire.

   
   

   

   Test with lighter.

   
   
2. As the flame subsides, we review the aftermath of the intense heat. 
   
   

   

   Some external melting from the heat.

   
   

   

   The robust fibreglass sleeve endures.

Step 3: Conclusion

In the culmination of our riveting experiment, the fibreglass sleeve has revealed itself as a true hero in the face of extreme heat. Designed to protect against temperatures up to 600 degrees Celsius, our rigorous test subjected it to a blazing 1000°C flame from a lighter. Despite the intense heat causing a visible transformation, turning the once pristine surface black, the fiberglass sleeve showcased remarkable resilience.

The link tools and components I used in this video are listed below:

Shopee:

1. Fiberglass Sleeve

Lazada:

1. Fiberglass Sleeve

Aliexpress:

1. Fiberglass Sleeve

Video:

If you found this guide helpful, please share this with others. By doing so, you can help fellow DIY enthusiasts improve their skills. Thanks for watching, and stay tuned for more useful tips and tutorials!

🔧 DIY Guide: Secure Wire Connections with Heat Shrink Tubing 🎥

In the world of DIY electronics and repairs, heat shrink tubing is a trusty companion that ensures our electrical connections stay secure and protected. In this step-by-step guide, we'll walk you through the art of using heat shrink tubing effectively. So, grab your soldering iron and let's get started!

Tube shrinking comes in various sizes.

Step 1: Choosing the Right Size and Prepare the Wires

1. The first step in mastering heat shrink tubing is choosing the right size for your application. This tubing comes in various sizes, and it's crucial to select one that comfortably fits over your wires. Remember, the tubing should be large enough to slide over the connection but not too loose.
   
   

   

   Cut an appropriate length of heat shrink tubing and slide it onto the wire.
   
   

2. Strip the wire ends, exposing a clean length of wire. Securely twist the exposed wires together. This step is crucial for a strong and lasting connection. 

Step 2: Solder the Connection

1. Apply a small amount of flux to the wire connection. Flux helps improve the solder's flow and ensures a solid bond.
   
   

   

   Apply flux to the wire.

   
   
2. Solder the wires together, forming a secure electrical connection. As you solder, keep a close eye on the heat shrink tubing.
   
   

   

   Solder the wire together.

   
   

Step 3: Uniform Heat Application

1. Apply even heat to the tubing using either a lighter or a heat gun. Keep the heat source moving to ensure uniform shrinking.
   
   

   

   Slide the heat shrink to the exposed wire.

   
   
2. Observe as the tubing uniformly shrinks and effectively seals the connection.
   
   

   

   Heat the tubing evenly.

   
   

Step 4: Final Inspection

1. Once the heat shrink tubing has cooled, inspect the connection. It should be snug, smooth, and sealed, ensuring the wires are protected and secure.
   
   

   

   Inspect the connection.

   
   
2. A snug, smooth seal indicates that the heat shrink tubing has done its job effectively.
   

The link tools and components replacement I used in this video are listed below:

Shopee:

1. Plier Set
2. Heat Shrink
3. Rework Station (SAIKE 952D)

Lazada:

1. Plier Set
2. Heat Shrink
3. Rework Station (SAIKE 952D)

Aliexpress:

1. Plier Set
2. Heat Shrink
3. Rework Station (SAIKE 952D)

Video:

Heat shrink tubing is a simple yet powerful tool that can make your electrical connections more secure and durable. Remember, choosing the right size, proper preparation, and uniform heat application are key to mastering this technique.

If you found this guide helpful, please share this with others. By doing so, you can help fellow DIY enthusiasts improve their skills. Thanks for watching, and stay tuned for more useful tips and tutorials!

Unveiling Our Latest Arrival: Black Heat Shrink Tubing!

Introducing our latest arrival: Black Heat Shrink Tubing! 🔌Looking for secure and efficient wire and cable insulation? Look no further! Our new heat shrink tubing is designed to deliver exceptional performance for various applications.

Heat Shrink Tube 2:1 Ratio

🔥 Key Features:

✅ High Shrinkage Temperature
✅ Versatile Shrink Ratio
✅ Reliable Electrical Insulation

Whether tackling electrical projects, organizing cable management, or diving into some DIY tasks, our Black Heat Shrink Tubing is here to make your life easier. Take advantage of this essential addition to your toolkit. Get yours today and experience the difference! 🛠️

Visit our store now to explore this fantastic new product, or shop online at:

1. Shopee: https://shope.ee/2fjlNTVFMu
2. Lazada: https://s.lazada.com.my/s.h66R2
3. TikTok: https://vt.tiktok.com/ZSNjWc7kq/

#NewArrival #HeatShrinkTubing #ElectricalSolutions #DIY #CableManagement

Repairing a Keyboard Wire Chewed by a Mouse - Step-by-Step Guide

Let's kick things off with a classic "uh-oh" moment. You're all set to type away on your computer, but guess what? Your trusty keyboard is acting up, thanks to a certain sneaky mouse who decided to take a nibble out of its wire. Annoying, right? 

The keyboard was chewed by a pesky mouse!

Well, here's the good news: you're in the right place. In this simple, no-nonsense guide, we're going to show you how to fix that chewed-up keyboard wire with no tech wizardry required. It doesn't matter if you're a tech pro or just someone with a curious streak – we've got your back. 

So, let's roll up our sleeves and get that keyboard back to its old, clickety-clackety self. Time to outsmart that pesky mouse! 🛠️🖱️💻🐭

Step 1: Disassembly

Start by disassembling the keyboard using a screwdriver to carefully remove all internal components.

Removing a screw from the back of the keyboard.

Step 2:  Prying Open the Covers

Gently pry open the top and bottom covers of the keyboard. You can use a dedicated pry tool or a Philips screwdriver. 

Be patient and work your way around the edges to avoid causing damage.

Removing all internal components.

Step 3: Cleaning

Use compressed air or a soft brush to thoroughly clean any dust or debris inside the keyboard.

Use a soft brush to remove any debris.

Step 4: Repairing the Wire

Desolder the broken wire from the PCB (printed circuit board).

Desolder attached the wire from the PCB.

Replace it with a new wire of the exact length. Measure the length of the damaged wire accurately.

Strip the wire ends and solder them back onto the PCB, ensuring proper insulation.

Step 6: Reassembly

Carefully put all the internal components back in their original positions.

Install in reverse order of removal.

Step 7: Test

Test the repaired keyboard to ensure it's working correctly. It should type normally once again.

Congratulations! You've successfully repaired your keyboard wire damaged by a pesky mouse.

The link tools and components replacement I used in this video are listed below:

Shopee:

1. Screwdriver Set
2. Plier Set
3. Solder Core Wire (0.6mm)
4. Solder Flux
5. Tweezer ESD
6. Rework Station (SAIKE 952D)
7. Soldering Iron (ZD90S)

Lazada:

1. Screwdriver Set
2. Plier Set
3. Solder Core Wire (0.6mm)
4. Solder Flux
5. Tweezer ESD
6. Rework Station (SAIKE 952D)
7. Soldering Iron (ZD90S)

Aliexpress:

1. Screwdriver Set
2. Plier Set
3. Solder Core Wire (0.6mm)
4. Solder Flux
5. Tweezer ESD
6. Rework Station (SAIKE 952D)
7. Soldering Iron (YF-420A)

Video:

By adhering to this easy-to-follow walkthrough, you've triumphantly brought your keyboard back from the brink of despair caused by that sneaky mouse. Routine maintenance, careful cleaning, and prompt repairs can go a long way in ensuring your equipment's durability. As reliable as your trusty keyboard, your engagement means the world to us.

If this guide proves useful in your keyboard-saving mission, be sure to share it with others who may find themselves in a similar predicament. Cheers to successful repairs and hassle-free typing! 🛠️🖱️💻🐭

Revive Your Remote Fan: Repairing Corrosion at the Battery Terminal | Easy DIY Guide

Remote fans provide much-needed comfort and convenience but are not immune to issues that can arise over time. One common problem is corrosion at the battery terminal, which can hinder the fan's performance and even cause damage to its components. This comprehensive guide will walk you through repairing a remote fan with corrosion at the battery terminal. Whether you're a seasoned DIY enthusiast or just looking to save a beloved appliance, this guide covers you.

Thumbnail remote fan video

Step 1: Open the Remote Fan Casing

The first step is to gently pry open the casing of the remote fan using a small flathead screwdriver or a pry tool. Start at a corner and carefully work around the edges to separate the front and back casing.

The back side of the remote fan

Inspect the battery terminals and components for signs of corrosion. Corrosion often appears as a greenish or white buildup on the metal contacts.

Remove the battery cover and battery. 

Pry the casing.

Separate the casing using a flat screwdriver. 

Step 2: Access Internal Components

After opening the casing, lay the internal components on a clean surface. If screws hold the PCB, remove them using a Phillips screwdriver. Lift the PCB and other features that are secured inside the casing.

Remove PCB.

Remove keypad.

Step 3: Clean the PCB and Components

Gently disconnect any wire connections (if applicable) from the PCB. Use isopropyl alcohol and cotton swabs to clean the PCB and components, removing corrosion, dirt, or debris. Pay close attention to the battery terminal areas and wipe down plastic parts.

Clean keypad, PCB, and casing.

Step 4: Repair the Corroded Areas Using Corrosion Solution

If corrosion has affected the coil or plate in the battery compartment, apply a small amount of corrosion solution to a cotton swab. Apply the solution to corroded areas and gently scrub to remove corrosion. 

Spray the corrosion solution on the corroded areas.

Most of the corrosion is on the spring and flat plate of the battery terminal.

Use fine-grit sandpaper for stubborn residues.

Step 6: Assemble the Keypad, PCB, and Close the Casing

Align the keypad and PCB, making sure buttons match up with corresponding areas. Gently place them back into the casing. If screws held the PCB, reinsert and tighten them.

Align the keypad and PCB.

Tighten the screw using Philip's screwdriver.

Insert the battery and test before closing the casing.

Align and press the casing edges to ensure a secure fit.

Step 7: Test

Turn on the remote fan and test its functionality. Observe performance for any irregularities.

Test all functions of the remote fan.

The link tools and components replacement I used in this video are listed below:

Shopee:

1. Screwdriver Set
2. Plier Set
3. Universal Fan Remote
4. Rust Removal Spray

Lazada:

1. Screwdriver Set
2. Plier Set
   
3. Universal Fan Remote
4. Rust Removal Spray

Aliexpress:

1. Screwdriver Set 
2. Plier Set
3. Universal Fan Remote
4. Rust Removal Spray

Video:

By following this step-by-step guide, you've successfully revived your remote fan from the clutches of corrosion. Regular maintenance, cleaning, and timely repairs can significantly extend your appliance's lifespan. Remember, your engagement is invaluable – just like the breeze this remote fan will provide once again. If you found this guide helpful, don't forget to share it with fellow enthusiasts. Happy repairing!

Upgrade Your Lamp with AS-10 Photo Sensor: DIY Lighting Automation

The AS-10 Photo Sensor in modern technology is a testament to the innovation that simplifies our lives. Imagine having the power to transform your humble lamp into an innovative, automated lighting solution. In this comprehensive blog post, we're delving into the world of lighting automation as we guide you through the step-by-step installation of the AS-10 Photo Sensor. Say goodbye to manual lamp control and hello to a new era of convenient, energy-efficient lighting!

Thumbnail photo sensor wiring

Chapter 1: Unveiling the AS-10 Photo Sensor

The AS-10 Photo Sensor, an engineering marvel, offers a revolutionary way to control your lamp's illumination. Designed to adapt to changing light conditions, this sensor ensures that your lamp switches on at dusk and off at dawn without your intervention. But how does it work its magic? Let's explore the intricate yet surprisingly simple wiring that powers this innovation.

Review the AS-10 photo sensor.

The AS-10 Photo Sensor comes with three wires: red (load), black (line), and white (neutral).

Chapter 2: Connect Wires

Connect the red wire from the AS-10 Photo Sensor to your lamp's live wire (often brown). The black wire from the sensor connects to the power supply's live wire, while the white wire links the sensor to the power supply's neutral.

Connect the red wire from the AS-10 Photo Sensor to your lamp's live wire (often brown)

The black wire from the sensor connects to the power supply's live wire.

The white wire links the sensor to the power supply's neutral.

The neutral wire from the power supply is connected to the lamp's neutral wire, typically identified as the blue wire.

Ensure each connection is well-secured. 

Chapter 3: Witnessing the Automation

With the AS-10 Photo Sensor installed, you can experience the magic. Turn on the power supply, and watch as the sensor's automatic control takes charge. 

Cover the sensor to simulate darkness, and your lamp will illuminate.

The lamp will gracefully turn off as daylight breaks or the sensor is uncovered.

The link tools and components replacement I used in this video are listed below:

Shopee:

1. Screwdriver Set
2. Plier Set
3. Photo Sensor (AS-10)

Lazada:

1. Screwdriver Set
2. Plier Set
   
3. Photo Sensor (AS-10)

Aliexpress:

1. Screwdriver Set 
2. Plier Set
3. Photo Sensor (AS-10)

Video:

If you've found this guide insightful, use more helpful content. Subscribe to our channel for in-depth tutorials, innovative insights, and technology explorations that empower you to make the most of modern advancements. Together, let's transform the way we experience our everyday environments!