(Moderation is a virtue though, as too much moisture will dilute the strength of Sticky Ass Glue. Please don't go drenching the materials with a power washer!)

Bonding High Pressure Laminate to High Pressure Laminate:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its composition and the air around it to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Brick:
Because brick and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Ceramic:
Because ceramic and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Concrete:
Because concrete and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Dry Wall:
Because Dry Wall and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to FRP Board:
Because FRP Board and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Glass:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its makeup and the air around it to make the use of water unnecessary in most cases. However, since glass is a nonporous substrate, very little water exists in its makeup. In cases of bonding a large piece of High Pressure Laminate to a large piece of glass we recommend lightly misting the glass with just a bit of water. However, less is more when it comes to using water with our glue so don't soak either of the materials.

Bonding High Pressure Laminate to Granite:
Because Granite and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Plastic:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its makeup and the air around it to make the use of water unnecessary in most cases. However, since plastic is a nonporous substrate, very little water exists in its makeup. In cases of bonding a large piece of High Pressure Laminate to a large piece of plastic we recommend lightly misting the plastic with just a bit of water. However, less is more when it comes to using water with our glue so don't soak either of the materials.

Bonding High Pressure Laminate to PVC:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its makeup and the air around it to make the use of water unnecessary in most cases. However, since PVC is a nonporous substrate, very little water exists in its makeup. In cases of bonding a large piece of High pressure laminate to a large piece of PVC we recommend lightly misting the PVC with just a bit of water. However, less is more when it comes to using water with our glue so don't soak either of the materials.

Bonding High Pressure Laminate to Rubber:
Because rubber and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Bonding High Pressure Laminate to Stone:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its makeup and the air around it to make the use of water unnecessary in most cases. However, since stone is a nonporous substrate, very little water exists in its makeup. In cases of bonding a large piece of High Pressure Laminate to a large piece of stone we recommend lightly misting the stone with just a bit of water. However, less is more when it comes to using water with our glue so don't soak either of the materials.

Bonding High Pressure Laminate to Tile:
Because High Pressure Laminate is a porous substrate, enough moisture exists in its makeup and the air around it to make the use of water unnecessary in most cases. However, since tile is a nonporous substrate, very little water exists in its makeup. In cases of bonding a large piece of High Pressure Laminate to a large piece of tile we recommend lightly misting the tile with just a bit of water. However, less is more when it comes to using water with our glue so don't soak either of the materials.

Bonding High Pressure Laminate to Travertine:
Because Travertine and High Pressure Laminate are both porous substrates, enough moisture exists in their respective compositions and the air around them to make the use of water unnecessary in most cases. In fact, using water may actually cause the glue to expand a bit, particularly if you're gluing two small areas together. So unless, you're gluing two large materials together (ex: 4' x 8' pieces), skip the water. On larger surface areas though, just run a damp cloth over the surface lightly to speed up the curing process.

Realize You Have an Ally
Clamping is your friend! Clamping for an extended period of time (24 hours +) will always produce optimum results.

For more Sticky Ass Glue bonding material choices, click here