Lamps And Tubes -> Tungsten Halogen Incl Low Voltage And GU10 -> PAR Lamps including GU10
PAR16 GU10, PAR20, PAR30, 240v alternative to traditional reflector lamps, like low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
Alternative to traditional reflector lamps or bulbs, the PAR16 GU10 lamp or light bulb looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
Square GU10 lamp or light bulb ideal for Aurora light fittings, looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
Hexagonal GU10 lamp or light bulb ideal for Aurora light fittings, looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
GU10 base, 240v, LED lamp in five colours. Exeptionally long 50,000 hour lamp life together with low heat and low power consumption; - 1.2w for high efficiency operation and low operating costs
Retrofit alternative to the R50 reflector lamps, The PAR16 lamp or light bulb looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
The PAR20 or Hi Spot is a retrofit alternative to the R63 reflector lamps, The PAR20 lamp or lightbulb looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
The PAR25 or Hi Spot is a retrofit alternative to the R80 reflector lamps, The PAR25 lamp or light bulb looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.
The PAR30 or Hi SPot is a retrofit alternative to the R95 reflector lamps, The PAR30 lamp or light bulb looks like a low voltage halogen without the need for a transformer, ideal for a variety of general, commercial or domestic applications.