Catering Supplies SEARCH AND PRICE COMPARISON

Part of the renowned silverlink 600 range of high quality commercial cooking equipment, the lincat heavy duty gs3 e machined steel compact electric griddle boasts a solid 12mm thick smooth griddle plate for excellent heat retention and a powerful 2.5...

Part of the renowned silverlink 600 range of high quality commercial cooking equipment, the lincat heavy duty gs4 e machined steel electric griddle boasts a solid 12mm thick smooth griddle plate for excellent heat retention and a powerful 3.7kw eleme...

Part of the renowned silverlink 600 range of heavy duty commercial cooking equipment, the lincat gs6 t e machined steel electric griddle boasts a solid 12mm thick smooth griddle plate for excellent heat retention and a powerful 5.6kw element perfect ...

If you're looking for a heavy duty, highly reliable and versatile griddle, the lincat gs7e dual zone electric griddle is a fantastic solution for professional kitchens'. '.strtoupper('m')ade in the uk, the lincat gs7 e features an impressive 12mm thi...

Enjoy outstanding cooking results every time with the lincat silverlink 600 gs4 electric griddle'. '.strtoupper('w')ith a heavy duty 12mm thick, cooking plate, the griddle provides excellent heat distribution and retention'. '.strtoupper('i')t is als...

Enjoy outstanding cooking results every time with the lincat silverlink 600 gs6 electric griddle'. '.strtoupper('w')ith a heavy duty 12mm thick, cooking plate, the griddle provides excellent heat distribution and retention'. '.strtoupper('i')t is als...

The heavy duty, steel plated lincat machined steel plate electric griddle gs65 features independently and thermostatically controlled dual heat zones'. '.strtoupper('t')his allows for consistent and reliable performance, whilst the thick steel plate ...

Produce flawlessly cooked meals and takeaway snacks with the british built lincat silverlink 600 gs4 p lpg griddle'. '.strtoupper('w')ith its 12mm thick machined steel griddle plate, the gs4 offers outstanding heat retention and even heat distributio...