Abstract: A pre-mixed adhesive composition comprised of a vinyl acetate co-polymer emulsion including a cross-linking catalyst and a cross-linking inhibitor providing a good cured water resistant Type II bond and extended shelf life so that the adhesive composition will not gel over an extended period of time and will therefore be usable for direct gluing application to semi-porous and porous substrates.
Abstract: A proteinaceous adhesive composition in which a dry mix comprised of protein, solubilizing agents and fillers is added to water containing tetrahydrofurfuryl alcohol at the time of use. The adhesive composition is especially useful in joining untreated and fire-retardant-treated porous substrates to fire-retardant-treated porous substrates as well as joining a porous substrate to a relatively non-porous substrate and provides advantages of good bond strength and increased assembly time.
Abstract: A pre-mixed adhesive composition comprised of a vinyl acetate polymer emulsion including a cross-linking catalyst and a cross-linking inhibitor providing a good cured water resistant Type II bond and extended shelf life so that the adhesive composition will not gel over an extended period of time and will therefore be usable for direct gluing application to semi-porous and porous substrates.
Abstract: A proteinaceous adhesive composition in which a dry mix comprised of protein, solubilizing agents and fillers is added to water containing furfuryl alcohol at the time of use. The adhesive composition is especially useful in joining untreated and fire-retardant-treated porous substrates to fire-retardant-treated porous substrates and provides advantages of improved bond strength and increased assembly time.
Abstract: A pre-mixed adhesive composition comprised of a vinyl acetate polymer emulsion including a cross-linking catalyst and a cross-linking inhibitor providing a good cured water resistant Type II bond and extended shelf life so that the adhesive composition will not gel over an extended period of time and will therefore be usable for direct gluing application to semi-porous and porous substrates.