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Electrical Glue is a fast-drying, non-conductive adhesive designed for bonding electrical components, wires, and insulating parts. It provides a strong mechanical bond while insulating against electrical currents and withstanding typical high-temperature environments found in electrical enclosures and automotive electronics.

Yes. It is formulated to be insulating (non-conductive) and to perform in higher-temperature settings common in electrical applications, helping protect sensitive components from heat and electrical leakage.

It is available in liquid, paste, and gel forms. Liquid is good for thin lines, paste for thicker bonds, and gel for gap-filling. You can apply it with a brush, roller, or spray gun depending on the form and application. Ensure surfaces are clean and dry before applying.

It bonds well to common electrical substrates such as metals (copper, aluminum, steel), and plastics (ABS, polycarbonate, nylon), as well as ceramics. For best results, test on your specific substrates and avoid surfaces that may react with the adhesive or that are not compatible with its chemistry.

The adhesive dries quickly to a handling bond within minutes. Full cure depends on thickness and ambient conditions, but you can typically expect a complete cure within 24 hours under normal room conditions.

Yes. It is formulated to resist vibration and shock, making it suitable for applications in automotive and other environments where components may experience movement or jolts.

Work in a well-ventilated area and wear appropriate gloves to avoid skin contact. Avoid contact with eyes. Keep away from open flames and heat sources since it is an adhesive. Store and handle the product according to the label, and dispose of any waste safely.

1) Clean and dry the surfaces to be bonded. 2) Apply the adhesive to one or both surfaces as needed (depending on the form and application). 3) Assemble and apply light, even pressure to ensure a good bond. 4) Wipe away any excess while the adhesive is still workable. 5) Allow to cure under ambient conditions until fully set.

Removal after full cure can be difficult and may require mechanical disassembly or specialized solvents, which could risk damaging components. If you anticipate the need for rework, consider planning for a reversible or easier-to-remove option, or test on a scrap piece first.

Store in a cool, dry place with the container tightly closed. Keep away from heat sources and direct sunlight. Check the expiration date on the packaging and avoid using compromised or severely aged adhesive.

Here are common alternatives available on Fepy.com and how they differ: 1) Electrical Glue Liquid (https://fepy.com/product/electrical-glue-liquid-100ml) – low-viscosity option ideal for thin lines and small gaps; quick-drying but may have less gap-filling capacity. 2) Non-Conductive Epoxy Adhesive (https://fepy.com/product/non-conductive-epoxy-adhesive-50ml) – very strong and durable, but typically more rigid and may require longer cure times. 3) Electrical Silicone Sealant (https://fepy.com/product/electrical-silicone-sealant-100ml) – highly flexible and excellent for sealing and insulating joints; not as strong in shear bonding as epoxies. Choose based on bond strength needs, flexibility, and substrate compatibility.

Consider bond requirements (strength vs. flexibility), exposure to heat, potential movement (vibration), substrate materials, required curing time, and whether you need gap filling or sealing. If you need a strong, rigid bond on metal parts, epoxy-like options may be best. If you need flexibility or sealing, silicone-based options might be preferable. For quick, thin-line bonds on electronics, a fast-drying liquid adhesive could be ideal.