Rorschach wrote:Do they ever come with a radius on the edge?
Yes. Sometimes. In which case it becomes necessary to make a miniature mason's mitre. TBH, though, a square edge worktop with a butt joint and "dogbone fasteners" to pull it in and a few dry, well sanded biscuits (to keep the joint aligned vertically - these need to permit some movement so glue is a no-no) works well. Jigs? I've never needed them on Belfasts other than for the falling drainer grooves - the drip groove can be routed using a "jig" comprising three pieces of 2 x 1in PSE softwood pinned to the underside of the worktop and having a guide bush fitted to the router (in lieu of using a fence). Same goes for the Belfast sink cut-out - rough-out with a circular saw with a jigsaw for the corners, then rout the recess in 6 to 8mm stages using a guide bush and a reasonably large diameter straight cutter (1/2in is really a bit puny IMHO - I prefer 20 to 30mm). The suggestion to use a batten for extra support is OK, but if the worktop is handled carefully by two people it generally isn't an issue
providing it is supported
properly throughout.
In terms of finish, oak is particularly vulnerable to black staining if it comes into contact with water and unprotected steel or iron, so pre-sealing of
all surfaces is a must. I'd recommend at least three coats before installation - so a bit more than just "slap a bit of oil on"! When oiling anything always, but always, open out the scrunched-up rags at the end of the session and lay them outside on earth or concrete. This is because most oils contain a percentage of boiled linseed oil in theior formulation and it cures in air with an exothermic reaction. Or in other words it gets hot. So hot that a scrumched-up oil soaked rag can smoulder for hours then catch fire. That's why you open them out flat and stick them outside after use. Decorators suppliers can supply cotton rag in bundles.
One itt;e trick I do employ is to coat the underside of the worktop around the sink opening (as well as where there are any drillings such as for pipework) with wood hardener (e.g. Bonda Wood Hardener) before oiling. It effectively converts the timber into impervious plastic (and in nay case it's never seen)
lake wrote:The up stand which is also oak is 18mm thick and 80mm high.
Not sure that I can actually screw it down to the units as there is no where to do so??? Haven't ever fitted the make before and it is the first time I have had to 'scribe' the front of the units to the floor???? There is no leveling at the front of the units and it is on an uneven stone tile floor.
Rip down the worktops to width (take the excess off the backs) before installation. Screw the upstands to the backs of the worktops from the underside before fixing. This makes it awkward where the upstand crosses the corner joint. An alternative is to biscuit or dowel the upstands into position - but not across a joint where some form of sliding screw fixing is required (to allow for differential movement). Surprised that there is no levelling. Does that mean the units are on pre-made plinths? If so furniture wedges will be required to level up the plinths which may need to be bracketed and fixed down to the floor before installing the cabinets.
Rorschach wrote:fin wrote:also a track saw helps for cutting the tops to length. low tooth blade and sand up the edges can get em like glass.
Do you mean high tooth blade?
Personally I'd use a lower tooth count (28 tooth or lower on a 160/165mm blade) for the rip cuts and a higher (40 to 48 tooth on a 160/165mm blade) for the cross cuts. Too high a tooth count in ripping will result in scorching and slow cutting