B7000/E8000 Adhesive (15/110g) for Mobile Phones, Jewelry, Metal, Plastic, Toys, and Shoes – Waterproof and Transparent

Easy Application:

The liquid glue flows smoothly from the pen, allowing for precise application and easy use.

High-Quality Material:

Crafted from premium materials, this glue ensures strong and lasting bonds, perfect for mobile phones and jewelry.

Versatile Use:

Suitable for both mobile phones and jewelry, this glue offers versatility in its application.

Large Capacity:

With a generous 110ml capacity, this glue provides ample supply for multiple projects.

REACH Certified:

This glue meets the stringent REACH standards, ensuring it's free from high-concerned chemicals.

The waterproof transparent E-8000 glue can be used for crafting to isolate gases, liquids, and airflow. It is completely clear, waterproof, and has high elasticity. The jewelry glue dries to a clean, glossy finish, and the E8000 transparent rhinestone glue will not yellow over time.

Needle applicator with a clog-proof cap - E8000 jewelry glue design, featuring a fine metal precision tip to prevent blockage after use. The glue flows smoothly, allowing for excellent directional control, making the glue application precise. Additionally, the cap has a needle-like plug to prevent the glue from sticking.

Suitable for craft projects and detailed works - smooth, easy to clean, non-clogging tips. E8000 super glue is ideal for most materials such as wood, glass, fabric, ceramics, gems, metal, stone, plastic, rubber, silicone. It is commonly used for replacing or gluing phone screens or backs, repairing broken glasses, gluing key positions in 3D printed resin miniatures, and for some detailed works. It is also used for rhinestone gel on bags, nails, clothing, toys, and other DIY crafts.

Durable and strong - Compared to other fabric glues, the E8000 transparent adhesive is more durable and robust, while the B-7000 pearl glue can stretch up to 900% of its original length without breaking, effectively bonding with the material surface and enhancing the durability of load-bearing structures.