Bondic vs Lazer Bond: Which Is Good ?

When a valuable device, such as your laptop or smartphone, falls and cracks, you may need to repair it right away. However, if you try to patch it using regular glue, it is unlikely to turn out as you had anticipated. When compared to regular super glue, Lazer Bond and Bondic are plastic adhesives that operate faster and more effectively. Read about Bondic Vs Lazer Bond.

Almost any surface, including wood, metal, fabric, and plastic, can be patched, molded, fitted together, or sealed by them. Despite the fact that they perform the similar functions, Lazer Bond and Bondic are not necessarily the same. The two adhesives are broken down separately here.

What Is Bondic ?


This one-of-a-kind glue keeps its fluidity for a long time. Most adhesives harden or dry out with time, but Bondic will never harden or dry out. Bondic is sleek and gives a more permanent solution than other glues, which are sticky and difficult to work with. Bondic has the advantage of leaving your broken item in a better state than when it was found. The more Bondic you use, the stronger the bonds between the item’s particles become, making it stronger and more stable than before.

Bondic’s characteristics include:

  • It is non-toxic and free of dangerous substances. When you use Bondic, you won’t have to worry about harmful gases escaping once it cures. It is completely risk-free to use.
  • The glue has a wide range of applications and can be used on a variety of surfaces, including plastic, wood, and glass.
  • It is water resistant and can be used to repair leaking water lines. Water has no effect on the bonding agent’s performance.
  • It is heat resistant and can be used to repair surfaces that are exposed to a lot of heat, such as furnaces. The adhesive’s bonding mechanism is unaffected by high heat.
  • Other glues tend to dry out with time, but this one doesn’t. Bondic stays liquid because it can only dry out when it is exposed to UV light.

What Is Lazer Bond ?

Lazer Bond

This unique plastic resin cures in a matter of minutes. It also necessitates fast exposure to UV light following application in order for bonding to take place. Lazer Bond adheres to a variety of surfaces, including plastic, glass, metal, and wood. It’s interesting to note that once it’s cured, it can carry up to 350 pounds.

Lazer Bond’s Characteristics

  • The bonding agent is simple to use.
  • On begin, apply the plastic resin to the desired surface.
  • After you’ve finished applying the agent, expose the region to UV light for a few seconds. Because the glue hardens, you’ll notice the bonding taking place.
  • You can paint the area to make it look new after it has totally dried.

Bondic and Lazer Bond have both shown to be very effective bonding agents. Take a look at some of their parallels and comparisons below:


  • In order for Bondic and Lazer Bond to bond properly, they must be exposed to UV light after application.
  • Both adhesives are simple to use.
  • The two bonding agents have a long-lasting effect.
  • When exposed to UV radiation, they both dry out.


  • Bondic is completely non-toxic and will not hurt your skin in any way. On the other hand, Lazer Bond will irritate the skin and cause breathing difficulties.
  • Unlike Bondic, which is rigid, Lazer Bond is malleable and can support up to 350 pounds.

Final Thoughts

We recommend the Bondic as the best plastic liquid welder in our Bondic vs lazer bond comparison. The Bondic bond is one step forward of the Lazer bond in terms of design, structure, and quality. The liquid resin in the Lazer bond is weaker than the plastic liquid. The plastic liquid forms a firm, strong, and difficult-to-break connection. Which is better: Bondic or Lazer Bond?

Both are compatible with a wide range of surfaces and materials. When you use them to repair broken goods, you won’t have to worry about sticky messes. With the full tube liquid resin, the Bondic liquid tube can perform 70 to 80 times, whereas Lazer Bond can perform up to 50 times. Bondic is, after all, the best UV welder for repairing any materials.

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