ICare is a low-temperature infrared heating system.
31 May 2018Curved Portable Infrared heather – 400w
31 May 2018Aluminium Antimicrobial Infrared heating Panels
$473.95 – $668.95
Aluminium Antimicrobial Infrared Panel.
Ecosource’s infrared satin white aluminium antimicrobial heating panel,
ideal for hospitals and Clean rooms and small areas or used in care home of
people withvulnerable conditions.
Ecosource Infrared panels are designed to fit into integrated grid ceiling or
fixed to walls, giving a greater flexibility for placement.
Ecosource’s Infrared panels operate at a fraction of traditional heating,
maintain the power to heat transfer rate.
Antimicrobial panel, infrared heating white aluminum / glass
Our frameless aluminium or glass infrared heating panels with antimicrobial coating, this is an agent that interferes with the growth and reproduction of bacteria.
Antimicrobial finishes, in particular, help prevent and restrict the spread of harmful bacteria such as E. coli, Listeria and Pseudomonas on contact surfaces.
The hygiene H panels are suitable for hospital and clean rooms, where foreign bodies are disruptive to the process, using this specially treated infrared panel, reduces the present of harmful bacteria, whilst still giving the innovative and energy efficient infrared.
Technical
SURFACE MATERIAL | Aluminium/Glass |
---|---|
COLOURS | Silver |
SURFACE TEMPERATURE | 90°C |
VOLTAGE | 220-240V |
CABLE | 2 meter |
INSTALLATION | Wall/Ceiling |
WARRANTY | *5 Years (Subject to Conditions) |
Sizes & Wattage
SIZES (MM) | RATED POWER | AMPS | COVERAGE |
---|---|---|---|
595*595 | 350Watt | 1.52 | 4.12-5.14㎡ |
595*1195 | 800Watt | 3.47 | 11.93-13.33㎡ |
600*1100 Glass | 900Watt | 3.91 | 11.94-13.23㎡ |
In conclusion for the calculation of the number of watts required for a property: this is determined by how old the property is, if the property has adequate insulation and if the windows and doors are single or double glazed.
So, the average for a well-insulated modern property with double glazing is 70w m2. Calculate the length of the room multiplied by the width [L x L]. If it’s in the foot, divide by 10 to put in meter. This figure is then this figure multiplied by 70 watts which will give you the wattage required for the room.
wattage | 350, 500, 800 |
---|---|
volt | 220, 110 volt it takes a thermostat plugin |