How do you join stainless steel worktops?

Welding a sink unit into place is the most popular method of fit within a stainless steel worktop; here the sink becomes an integral part of the worktop, flowing into the sink and out the other side with no lines, seams or joins. This gives a seamless integration between the sink and worktop.

How do you cut a stainless steel worktop?

If you’re cutting through thin stainless sheets, tin snips are your best option. Thicker sheets will require power shears, a circular saw or an angle grinder. You can also use a circular saw for stainless tubing. For really heavy duty steel, a plasma cutter is your best option.

How thick are stainless steel countertops?

The thickness of a residential stainless steel countertop typically ranges from 14 to 16 gauge steel, or 0.0625 to 0.0781 inches thick. Stainless steel countertops installed in commercial kitchens are made of thicker sheets of steel to withstand more frequent and heavier use.

What is Corian kitchen worktops?

Corian® Worktops Corian® by DuPont™ is a 12mm solid surface material made from one third acrylic resin and two thirds natural minerals that sits on a moisture-resistant 25mm MDF subframe. Its seamless joints make it the perfect choice for expansive stretches of worktop, seamless sinks and coved upstands.

What’s the roughness of a stainless steel surface?

The surface finish has a low reflective matt appearance with typical average roughness values ranging from 0.4 to 1.0 micrometers. Similarly to the 1D surface finish, the 2D can be the starting point for polished finishes. It can also be used for some industrial and engineering needs with less critical aesthetics.

What should I look for in stainless steel finish?

Grade of grit or surface roughness can be specified. Unidirectional texture, not very reflective. Brushed or dull polished. Grade of brush, polishing belt or surface roughness can be specified. Unidirectional texture, not very reflective. Satin polished.

What can a 2D stainless steel finish be used for?

Similarly to the 1D surface finish, the 2D can be the starting point for polished finishes. It can also be used for some industrial and engineering needs with less critical aesthetics. Common applications for 2D stainless steels are: Another cold rolled stainless steel where the process is similar to producing 2D.

When to use stainless steel in a lab?

Stainless steel is recommended in carbon-based chemical labs, clean rooms, and specialty settings. Stainless is easy to clean and non-absorbent, so it has no pores or cracks to harbor dirt, grime, or bacteria. Attractive and requires minimal care.