During the renovation process, various adhesives are used for the installation of decorative panels and other wood products. Splicing glue is one such adhesive used for bonding integrated materials. So, how is splicing glue used? What are the differences between splicing glue and white latex?
What is Splicing Glue: Splicing glue is primarily composed of a specially formulated polyvinyl acetate emulsion with excellent waterproof properties, and the curing agent is typically isocyanate. The main component has a milky white viscous liquid appearance, while the curing agent is light brown. The main component of splicing glue can also be used separately as a finger joint adhesive.
Uses of Splicing Glue: Splicing glue is specifically designed for bonding integrated materials, such as those used in non-structural and structural applications for laminated wood products.
Health Hazards of Splicing Glue: Splicing glue is alkaline and should be avoided from prolonged skin contact. In case of eye contact, rinse immediately with plenty of water and seek medical attention if discomfort persists. It is toxic and should not be ingested, as it can pose health risks.
Differences between Splicing Glue and White Latex:
While both splicing glue and white latex serve similar purposes, they are distinct products. Splicing glue has significantly stronger adhesive properties than white latex and dries faster. It also features characteristics such as water resistance and high temperature resistance. However, the production cost of splicing glue is much higher than that of white latex, and there is a notable difference in quality. White latex is more affordable, but it dries more slowly, and its adhesive strength, water resistance, and temperature resistance are comparatively weaker. Splicing glue is primarily used for bonding wood products and integrated materials, suitable for non-structural and structural wood panel bonding. White latex is mainly used for adhering particleboard, fiberboard, plywood, cardboard, corner molding, studs, etc. It is also employed in the textile industry for sizing cotton yarn and blended cotton yarn, as well as for starching fabrics.
