£339.42 excl. VAT
£407.30 inc. VAT
Plate Surface Choice: aluminium or ceramic
Interface Choice: analogue or digital
Colour Choice: blue, white or black
The range comprises three interface choices: analogue, digital and premium, with the latter boasting enhanced versatility. Each unit is robust and has features that will keep you safe, with a chemically toughened glass interface, ceramic or ceramic-coated aluminium, and a mains independent hot-warning light. Choice in the lab is here, with our fully customisable hotplates. These latest additions mean you have even greater control over their experiments and processes, while making their lab safer.
The Analogue version has a basic interface with LED arrays display showing temperature.
Compatible with STC1 temperature controller (available separately).
|Plate material||Glass ceramic||Aluminium silicon alloy|
|Plate dimensions, mm||150 x 150||150 x 150|
|Heated area, mm||120 x 120||150 x 150|
|Heater power, W||500||700|
|Display resolution °C||1||1|
|Max. plate temp. °C||450||300|
|Connection for Ext. temperature sensor||SCT1 Contact thermometer||SCT1 Contact thermometer|
|Control accuracy with probe °C||± 1°C||± 1°C|
|Hot warning light||Mains Independent||Mains Independent|
|Available colours||Blue, White, Black||Blue, White, Black|
|Net weight, kg||2.5 kg||2.5 kg|
|Overall dimensions (w x d x h)||180 x 300 x 93||180 x 300 x 93|
|Electrical supply||115V or 230V, 5060Hz||115V or 230V, 5060Hz|
BioCote anti-microbial coating additive is present on all Stuart brand equipment and offers anti-microbial action to help prevent cross-contamination.
This unique additive is applied during the manufacturing process and contains trace levels of active silver ions which provide an effective anti-microbial action, active against many strains of common bacteria and fungi, including Aspergillus niger, E.coli and Listeria mono.
This coating remains active for the entire product lifespan and can actually help in prolonging the life of products, where a build up of microbes may cause premature material degradation.
BioCote works by inhibiting bacteria in a number of ways including protein damage, cell membrane damage, oxidative damage and DNA interference. Ultimately, the bacteria are prevented from replicating. Without this, bacteria have been shown to die naturally within around 8 hours. BioCote works in a way different to antibiotics so it is currently effective against antibiotic resistant strains.
More recently, BioCote technology was proven effective against particular virus strains, with a reduction of 90% in 2 hours against feline coronavirus, strain Munich. Read more here.
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