Reference: 88660
General Electric CMH 35W with GX10 fitting, 3000K warm light with 40° wide beam.
Reference: HCIT35830
Osram POWERBALL HCI-T G12 35W de luxe warm white light 830 3000K.
Reference: SLD9875X2E40
Bot Lighting 38W tubular high power hi bulb with E40 socket. Available in two light shades: 3000K and 4000K.
Reference: NCKG70NW
Metal halide lamp with ceramic technology with G12 socket and a power of 35W, 70W or 150W available in 3000K warm light and 4000K neutral light with high luminous efficiency and duration.
Reference: SONT150
MASTER SON-T PIA Plus 150W/220 E40 - 1SL/12High Pressure Sodium lamp with clear tubular outer bulb, high output and long reliable lifetime, with a luminous flux of 17800 lm.
Reference: CDMT35/930
MASTERColour CDM-T Elite 35W/930 G12 1CT/12 with G12 socket and a 35W warm light 930 (3000k) power that emits a luminous flux of 4050 lumens.
Reference: CDMT70/930
MASTERColour CDM-T Elite 70W/930 G12 1CT/12 with G12 socket and a 70W warm light 930 (3000k) power that emits a luminous flux of 7800 lumens.
Reference: SDWT35
MASTER SDW-T 35W / 825 PG12-1 1SL/12 : Range of high-efficiency, discharge lamps with warm colour to be used in open luminairs.
Reference: SDWT50
MASTER SDW-T 50W / 825 PG12-1 HG 1SL: Range of high-efficiency, discharge lamps with warm colour to be used in open luminairs.
Reference: SDWT100*
MASTER SDW-T 100W/825 PG12-1 HG 1SL: Range of high-efficiency, discharge lamps with warm colour to be used in open luminairs.
Reference: CDOTT100PLUS
Master CDO-TT 100W/828 E40 CityWhite SON Bulb Dimmable
Reference: NAVE70I
NAV-E 70W VIALOX NAV-E (SON-E) High-pressure sodium vapor lamp for open and enclosed luminaires

Discharge bulbs
Distribution and sale of discharge light bulbs with neon, metal halide and sodium vapor technology. These bulbs use different internal elements, but they have the same thing in common when it comes to the ignition phase; in fact, to turn on they require an electrical discharge of a few Kv at low current. To light up, all discharge bulbs require an electronic or electromechanical ballast (less efficient) which will generate the discharge necessary to turn on the source. Neon gas is inserted into the fluorescent neon bulbs, halide gases in this case metal halides are inserted into the metal halides and inert gases mixed with sodium are inserted into the sodium lamps. To reach maximum brightness, these bulbs require a warm-up time > 20 seconds which is why they are not suitable for installation in places where multiple switching cycles are required in a short space of time.