Del Mar Photonics
Del Mar Photonics offers:
double-glazed windows with aluminum frame distance, PVC-frame and the TPS-frame
flat and bent tempered glass SG Tempered
laminated glass (Triplex) SG Laminate
enameled glass (stemalit) SG Colour
electrically heated glass SG Heat
coating on glass by magnetron sputtering
label films on glass
glass processing: cutting to size, drilling, edging, facet
printing on glass: digital printing SG Digital Print, silk-screen printing SG Silk Print, sandblasting, engraving, fusing
cutting of fire-resistant glass
accessories for insulating glass production
supplies for the construction of tempered glass
tool for working with glass
treatment of glass and mirrors: cutting, drilling, edging, facet
printing on glass and mirrors: sandblasting, engraving, fusing, screenprint, digital print
production of exclusive interior glass and mirrors
processing of artificial stone Staron ®
processing and cutting of fire-resistant glass doors for fireplaces and stoves
Electrically heated glass (request
Electrically heated glass is a laminated glass, incorporating almost invisible electrically-conductive wires. It comprises two or more sheets of glass interlaid with one or more films of polyvinyl butyral (PVB). This assembly combines comfort with safety, whilst preventing condensation. Electrically heated glass is suitable for any situation where there is high moisture content in the air and where the difference between the internal and external temperature may lead to condensation risk.
Electrically heated glass is made from laminating two or more lites together. Heating is achieved by a clear resistive conductive coating which is laminated between the lites. The coating can be either on the glass itself or a polyester sheet. The result is a clear heated window without any visible wires or grids.
Voltages: 115, 220 AC 12/24 VDC* (*via AC to DC inverter)
Power: 30-300 watts per Sq. Foot
request a custom Voltage or Power
Electrically heated glass was first developed in World War II to prevent
aircraft windshields from frosting over and obscuring visibility. Since then,
this technology has been become almost universally used in aviation. It has even
reached supermarket freezers, where glass doors must remain clear for customers
to be able to see the merchandise.
Electrically heated glass is a laminated glass, incorporating almost invisible electrically-conductive wires. It comprises two or more sheets of glass interlaid with one or more films of polyvinyl butyral (PVB). This assembly combines comfort with safety, whilst preventing condensation. Electrically heated glass is suitable for any circumstance where there is high moisture content in the air and where the difference between the internal and external temperature may lead to condensation risk.
In order to electrically heat glass, a microscopic Tin (II) Oxide coating is applied to a pane of ordinary float glass. This coating is perfectly transparent and conducts electricity. An electrical current is supplied by two busbars located on opposite sides of the glass. The electrical resistance of the Tin Oxide coating produces heat energy. This heat radiates from the glass in the form of infrared energy. The busbars are typically connected to a power control unit that regulates the flow of electricity and thus the temperature of the glass.
Electrically heated glass maintains a steady and consistent temperature across the entire surface, and heat radiates off the glass in only one direction: toward the object or area to be heated. In addition, this technology imparts beauty and elegance to glass. The glass can also be coloured or etched with designs in order to complement the appearance of a room or appliance.
Heated glass is both visually attractive and sanitary, making it ideal for use with food in a public setting. Since the glass is perfectly transparent, deli items are in full view of the customers, and remain hot and ready to serve. Keeping meat and other food items warm improves their taste and prevents spoilage. This technology is much more efficient and effective than heat lamps, and is a definite improvement over microwaving cold food just before it is served.
An electronic controller regulates power flow to the heating components, and thus controls glass temperature. With a simple twist of the dial, the glass can assume any temperature from approximately 70oF to 350oF. An important feature of the controller is its automatic fault and glass breakage detection capability that will automatically shut down the heating circuit if there is a problem. In addition, the appliance should include a GFCI breaker to guard against ground faults and leakage currents.
Electrically heated glass windows
Electrically heated glass can also be incorporated into a double-pane Low-E architectural window unit. With the heating element applied only to the interior side, the window will radiate warmth into the room no matter what the temperature outside. This eliminates heat loss, chills, drafts, and frost problems associated with ordinary glass in cold climates. In warm weather, heated glass prevents condensation, which helps prevent mould from growing on the window sill.
Electrically heated glass can also be employed in the design of towel warmers for both custom homes and hotels, replacing traditional radiator style units. The invisible thin film conductor involved in this design is even more efficient than traditional radiator-type towel warmers. These stylish towel warmers are comprised almost entirely of glass, yet the glass used in these applications is never too hot to touch, and it does not contribute noticeable amounts of heat to the room.