Stone for worktop/Counter top
| Feature | I-Quartz | Granite | Marble | Solid Surface |
| Non-porous | ✔ | |||
| Heat and burn resistant | ✔ | ✔ | ||
| Scratch resistant | ✔ | ✔ | ||
| Stain resistant | ✔ | |||
| Bacterial resistant | ✔ | |||
| High resistant to Acid | ✔ | |||
| Chip and crack resistant | ✔ | |||
| Maintenance | Warm water or mild soap | Require sealers, cleaners and wax |
IMPORTANT NOTE for I-quartz: STRONG CHEMICAL, SOLVENTS AND DYES MAY CAUSE PERMANENT DISCOLORATION. IT IS RECOMMENDED THAT HOT PADS AND CUTTING BOARDS HE USED.
Laminates are the toughest and cheapest and can look quite good but don’t really compare to the tactile feel of other materials and they too will eventually deteriorate once water has got in along the edges.
Granite has lovely reflective properties, a cool touch and each piece is unique but they need sealing otherwise they are susceptible to staining. They also don’t like excessive heat. If you do go for granite, please show some taste and avoid the black.
A composite solid surface is a blend of resins and has great properties for a kitchen surface but the surface isn’t as reflective as granite or quartz and doesn’t feel cool to the touch.
Corian is simply too plastic looking for me, and expensive.
Stainless steel marks and scratches easily.
Cimstone
Technistone is an engineered stone that consists of 93% Quartz, Granite, Quartz Silica and 7% resin, binders and colours.
Limestone
Natural stones
Granite Limestone Marble Soapstone Gabbro Slate
Silicate mineral
Travertine Quartz
Manufactured materials
Concrete
Cast-in-place
Precast
Processed slabs
Compressed paper or fiber
Cultured marble
High pressure laminates
Post-formed high-pressure decorative laminates
Self-edged high-pressure decorative laminates
Quartz surfacing or engineered stone is 99.9% solid @ 93% aggregate / 7% polyester resin (by weight), colors and binders
Recycled Glass surface either with concrete or polyester resin binders
Solid-surface acrylic plastic materials
Solid-surface polyester acrylic
Terrazzo
Tile
Cast-in-place materials
Natural stone suspended in a resin
Post-consumer glass suspended in a resin
Epoxy
Phenolic resin
