Arcadia ProT5 UVB Replacement Bulb 24w Dragon 14% 22.5"
Vendor: Arcadia
SKU: 0844046012258
Regular price
€35,00
Arcadia ProT5 UVB Replacement Bulb 24w Dragon 14% 22.5"
The Arcadia Reptile 14% UV-B ‘DragonLamp’ is our most powerful HO-T5 reptile lamp. Made in Germany by experts to provide not only high quantities of UV-B radiation but to also provide this energy without any limitation to the colour and quantity of visible light.
- Increased light & UV-B.
- High 14% UV-B content to support desert reptile species synthesis of vitamin D3
- Long life, 12 month lifespan before a change is required.
- Made in Germany by the worlds experts.
- 15”/35-40cm upper index basking distance
- No nasty blue/purple colour
- Flicker free (T5).
Suitable for reptiles requiring high levels of UV-B kept in large enclosures.
- Bearded Dragons
- Bosc Monitor
- Uromastyx
- Blue-tongued Skink
- Frilled Lizard
- Agamids
- Tortoises
- Freshwater Turtles
Increased Light
The Arcadia Reptile ‘DragonLamp’ is a crisp, bold, full-spectrum and VERY bright High-Output T5 UV-B projection lamp for captive reptiles. The lamp represents an almost doubling of light (LUX) and has a CRI of over 95 which will allow you as the keeper to see your animal in all of its natural glory. DragonLamp really does represent the very best of lighting technology.
Perfect for Bearded Dragons
Upper index basking for an arid species such as a Bearded Dragon (UV-I 6.00) is set at a massive 15” or 35-40cm from the reflected lamp to the animals back at the ‘basking’ or shortest point. This will allow you to create ‘wild-like’ indexes of energy with an energy rich, wide basking zone whilst providing ample access to light and shade for natural self-regulation.
High UV-B Levels
The increased level of UV-B energy which is balanced with 30% UV-A ensures that this lamp is simply perfect to be used in vivaria of 24”/60cm high or more. It will also help greatly for those that use terraria with a mesh top as the extra energy will allow light to penetrate deeper into the enclosure, providing wild-like indexes of UV-B at a safer distance.