High quality fluorescent battens with an extensive range of attachments form marketing leading suppliers Thorn Lighting and Dextra Lighting is an extremely versatile product range. The design and production of these units ensures the product ranges are of exceptionally high build quality, are extremely reliable and simplicity itself to install and maintain.
The Shop4 Electrical range of fluorescent battens is available in a complete range of body sizes, a variety of T8 and T5 lamp options and an array of attachments including prismatics, opal diffusers and reflectors.
The optimum choice for maximum efficiency is the high frequency control gear versions of the Thorn Pop Pack and Dextra Dexpax. The minimum power consumption of a high frequency circuit takes advantage of the supplied triphosphor tubes offering up to 20% additional light output.
Shop4 Electrical offers for sale high quality T8 emergency fluorescent battens with high frequency control gear and 3 Hour maintained emergency pack from market leaders Thorn Lighting & Dextra Lighting. Suitable for defined escape routes in commercial and industrial installations.
The Dextra Task T5 range of fluorescent battens is available with both high output (HO) and high efficiency (HE) T5 tubes. With both open lamp and the option of a reeded diffuser the Task T5 caters for a range of different applications.
The clear prismatic controller is an attachment for fluorescent battens which significantly reduces the glare of a bare lamp fitting. Available in single and twin format to suit all luminaire lengths for both Thorn Lighting and Dextra Lighting.
The opal reeded diffuser is an attachment for fluorescent battens which significantly reduces the glare of a bare lamp fitting. Available in single and twin format to suit all luminaire lengths for both Thorn Lighting and Dextra Lighting.
Two designs of open ended metal reflectors are available for the Thorn Lighting and Dextra Lighting fluorescent battens. A standard symmetrical section reflector and an angled reflector (Dextra only) giving an asymmetric light distribution.