GBP 43.99
(Indicative price - actual current price possibly lower)
UK product ID: TBA-21517. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 19.99
(Indicative price - actual current price possibly lower)
UK product ID: 3404.G. Double ended ceramic metal halide lamps. A variety of constantcolor cmh lamp configurations which extends the opportunities for luminaires design and light distribution. Low wattage double ended lamps can be used transversely for wide beam floodlighting.
GBP 47.99
(Indicative price - actual current price possibly lower)
UK product ID: TBA-13067. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 17.29
(Indicative price - actual current price possibly lower)
UK product ID: 3413.G. Single ended ceramic metal halide lamps. Ge's low watt cmh lamps have opened new possibilities for lighting design, combining the power and light quality of far larger and less efficient lamps. It is now possible to achieve lighting design that could not be achieved previously with inferior technologies.
GBP 19.99
(Indicative price - actual current price possibly lower)
UK product ID: 3405.G. Double ended ceramic metal halide lamps. A variety of constantcolor cmh lamp configurations which extends the opportunities for luminaires design and light distribution. Low wattage double ended lamps can be used transversely for wide beam floodlighting.
GBP 17.29
(Indicative price - actual current price possibly lower)
UK product ID: 3417.G. Single ended ceramic metal halide lamps. Ge's low watt cmh lamps have opened new possibilities for lighting design, combining the power and light quality of far larger and less efficient lamps. It is now possible to achieve lighting design that could not be achieved previously with inferior technologies.
GBP 19.99
(Indicative price - actual current price possibly lower)
UK product ID: 3402.G. Double ended ceramic metal halide lamps. A variety of constantcolor cmh lamp configurations which extends the opportunities for luminaires design and light distribution. Low wattage double ended lamps can be used transversely for wide beam floodlighting.
GBP 43.99
(Indicative price - actual current price possibly lower)
UK product ID: TBA-62356. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 43.99
(Indicative price - actual current price possibly lower)
UK product ID: TBA-21516. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 43.99
(Indicative price - actual current price possibly lower)
UK product ID: TBA-20302. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 17.29
(Indicative price - actual current price possibly lower)
UK product ID: 3416.G. Single ended ceramic metal halide lamps. Ge's low watt cmh lamps have opened new possibilities for lighting design, combining the power and light quality of far larger and less efficient lamps. It is now possible to achieve lighting design that could not be achieved previously with inferior technologies.
GBP 31
(Indicative price - actual current price possibly lower)
UK product ID: 3418.GG. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 43.99
(Indicative price - actual current price possibly lower)
UK product ID: 3407.G. Ceramic metal halide tubolar lamps. The constantcolor cmh lamps combine the hps technology (providing stability, efficiency & uniformity) and the metal halide technology (providing bright white quality light) to produce highly efficient light sources with good colour rendering and consistent colour performance through life.
GBP 19.99
(Indicative price - actual current price possibly lower)
UK product ID: 3401.G. Double ended ceramic metal halide lamps. A variety of constantcolor cmh lamp configurations which extends the opportunities for luminaires design and light distribution. Low wattage double ended lamps can be used transversely for wide beam floodlighting.
GBP 19.99
(Indicative price - actual current price possibly lower)
UK product ID: 3403.G. Double ended ceramic metal halide lamps. A variety of constantcolor cmh lamp configurations which extends the opportunities for luminaires design and light distribution. Low wattage double ended lamps can be used transversely for wide beam floodlighting.
GBP 17.29
(Indicative price - actual current price possibly lower)
UK product ID: 3414.G. Single ended ceramic metal halide lamps. Ge's low watt cmh lamps have opened new possibilities for lighting design, combining the power and light quality of far larger and less efficient lamps. It is now possible to achieve lighting design that could not be achieved previously with inferior technologies.
