Room-temperature-curable, quick-setting acrylic/epoxy adhesives and methods of bonding

Claim 1

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a bifunctional molecular material reactable with said acrylic-based material and said epoxide-based material, and a catalyst; causing an activator to be applied to the other one of said surfaces; and bringing said surfaces together with said mixture and said activator therebetween, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional material amount, said ester and bifunctional molecular material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 2

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a bifunctional molecular material reactable with said acrylic-based material and said epoxide-based material, and a catalyst; causing an activator to be applied to the other one of said surfaces; and bringing said surfaces together with said mixture and said activator therebetween, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional material amount, said ester and bifunctional molecular material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 3

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent resistant adhesive bond between two surfaces, comprising: applying an activator to one of said surfaces; bringing said surfaces into such close proximity as to provide a gap between said surfaces, said activator being within said gap; adding into said gap a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a bifunctional molecular material reactable with said acrylic-based material and said epoxide-based material, and a catalyst; and causing contact of said activator by said polymerizable mixture, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional material amount, said ester and bifunctional material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 4

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent resistant adhesive bond between two surfaces, comprising: applying an activator to one of said surfaces; bringing said surfaces into such close proximity as to provide a gap between said surfaces, said activator being within said gap; adding into said gap a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a bifunctional molecular material reactable with said acrylic-based material and said epoxide-based material, and a catalyst; and causing contact of said activator by said polymerizable mixture, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional material amount, said ester and bifunctional material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 10

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a catalyst, and bifunctional molecules reactable with both of said materials; applying to said mixture an effective amount of an activator for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester and bifunctional material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 11

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, a catalyst, and bifunctional molecules reactable with both of said materials; applying to said mixture an effective amount of an activator for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester and bifunctional material amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 12

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, an activator, and bifunctional molecules reactable with both of said materials; applying to said mixture an effective amount of a catalyst for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester material and bifunctional molecules amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 13

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, an activator, and bifunctional molecules reactable with both of said materials; applying to said mixture an effective amount of a catalyst for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester material and bifunctional molecules amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 14

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a catalyst; applying to said catalyst an effective amount of a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, an activator, and bifunctional molecules reactable with both of said materials for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester material and bifunctional molecules amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 15

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces a catalyst; applying to said catalyst an effective amount of a polymerizable mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, an activator, and bifunctional molecules reactable with both of said materials for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said epoxide-based material being in an effective amount for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said ester material and bifunctional molecules amounts being effective for causing said adhesive bond to cure at room temperature, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 16

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: preparing a polymerizable mixture in at least two different portions, a catalyst being in at least one of said portions, an activator being in the other one of said portions, said mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, said catalyst, said activator, and a bifunctional molecular substance reactable with both of said materials, the ester material amount being relatively greater by weight than the bifunctional substance amount, said epoxide-based material being present in said polymerizable mixture in excess of about 9.7% by weight thereof for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, said ester material and bifunctional substance amounts being effective for polymerizing said mixture and for curing said adhesive bond at room temperature; applying at least one of said portions to one of said surfaces; applying the other one of said portions to the other one of said surfaces; and causing said surfaces to which said portions have been applied to be brought into close proximity in a manner such that intimate contacting together of both of said portions is made, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 17

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: preparing a polymerizable mixture in at least two different portions, a catalyst being in at least one of said portions, an activator being in the other one of said portions, said mixture comprising a polymerizable acrylic-based ester material, a polymerizable epoxide-based material, said catalyst, said activator, and a bifunctional molecular substance reactable with both of said materials, the ester material amount being relatively greater by weight than the bifunctional substance amount, said epoxide-based material being present in said polymerizable mixture in excess of about 9.7% by weight thereof for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, said ester material and bifunctional substance amounts being effective for polymerizing said mixture and for curing said adhesive bond at room temperature; applying at least one of said portions to one of said surfaces; applying the other one of said portions to the other one of said surfaces; and causing said surfaces to which said portions have been applied to be brought into close proximity in a manner such that intimate contacting together of both of said portions is made, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 18

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces an activator; applying to said activator an effective amount of a polymerizable mixture comprising a polymerizable epoxide-based material; a catalyst; a first amount of a polymerizable acrylic-based ester material and a second amount of bifunctional molecules reactable with both of said materials, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said epoxide-based material being present in said polymerizable mixture in excess of about 9.7% by weight thereof for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, said ester material and bifunctional molecules amounts being effective for polymerizing said mixture and for curing said adhesive bond at room temperature, for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said mixture polymerizing and said adhesive bond curing at said room temperature.

Claim 19

A method of obtaining a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bond between at least two surfaces, comprising: applying to one of said surfaces an activator; applying to said activator an effective amount of a polymerizable mixture comprising a polymerizable epoxide-based material; a catalyst; a first amount of a polymerizable acrylic-based ester material and a second amount of bifunctional molecules reactable with both of said materials, the ester material amount being relatively greater by weight than the bifunctional molecules amount, said epoxide-based material being present in said polymerizable mixture in excess of about 9.7% by weight thereof for promoting said strong, durable, heat-resistant and solvent-resistant adhesive bond, said ester material and bifunctional molecules amounts being effective for polymerizing said mixture and for curing said adhesive bond at room temperature, for obtaining quick setting of said mixture; and bringing said surfaces into contact with said mixture, whereby to effect a quick-setting, strong, durable, heat-resistant and solvent-resistant adhesive bonding of said surfaces together, said mixture polymerizing and said adhesive bond curing at said room temperature.