Product description
SELLEYS No More Gaps 380g Acrylic Silicone Sealant High Flexible Gap Filler Crack
No More Gaps is a durable, flexible acrylic gap sealant for interior and exterior applications where joint movement causes rigid fillers to crack or fall out.
Water-based – easy to use and clean up with water before it has dried
Flexible – capable of joint movement of +/- 10% of joint width
Can be over painted with oil or water-based paints after the surface has firmly skinned
Will not stain building materials
Good resistance to weathering
May be used for sealing gaps and joints where slight movement is anticipated (less than +/- 10% of joint width)
Between window or door frames and the wall
Along skirting boards and around cornices
Between bench tops and tiles
In corners or between the wall and ceiling or anywhere shrinkage or movement has caused rigid filler to crack
What materials suitable for?
Surfaces to be caulked must be thoroughly clean and free from dust, grease, flaking paint and old or crumbling caulk. Remove soap residue from tiles using a brush or detergent and then rinse off with water. Other surfaces can be cleaned with acetone to remove grease residues.
Extrude a bead of product with a steady pressure, pushing caulk ahead of the applicator nozzle. This method will force the caulk into the crack and smooth the surface at the same time. The caulk can be tooled with a wet finger or knife if desired.
Allow surface to skin firmly before painting. If oil-based paints are to be used or if gaps are large, allow sealant to set for 48 hours before painting.
Maximum gap size recommended – width 25mm, depth 12mm.
No More Gaps is not recommended where significant joint movement occurs, such as gaps between tongue and groove boards or weatherboard overlaps.
Not suitable for sealing around bathtubs, kitchen sinks and in shower recesses.
Not suitable for areas of continuous water immersion or in constantly damp areas.
No More Gaps should not be applied at temperatures below 5oC.
No More Gaps is not suitable in those applications where joint movement is in excess of +/- 10% of joint width.