
Tecnolumen Bauhaus Pendant Lamp with Opal Ball HL 99
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Material
Size
- If the product is in stock, indicated by "3 In Stock", and your order does not exceed what we have in stock, your order will be shipped the next workday (Monday-Friday).
- If the product is not in stock, the manufacturer’s estimated delivery time to us will be shown instead. For example “shipped within 2-3 weeks.
- If you order more than what is in stock of a certain product, the delivery time will change to the manufacturer’s estimated delivery time.
We ship orders with multiple products once everything is in stock.If you want us to ship the products already available, simply contact us.
If, for any reason, your item on backorder at the manufacturer is having a delay, we will contact you with a new delivery time as soon as the manufacturer provides it.
Description
Tecnolumen Bauhaus Pendant Lamp with Opal Ball HL 99 is a perfect decor for your home due to its flexibility in size and brightness. It is available in two colors and could be the light that gives your home a look it deserves.

Features
Product Information

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Dimensions
Ø: 200 mm x H: 1200 mm; Ø: 250 mm x H: 1250 mm; Ø: 300 mm x H: 1300 mm; Ø: 350 mm x H: 1350 mm; Ø: 400 mm x H: 1400 mm;Material
MetalWeight
1.2 kg (Ø 200 mm); 1.8 kg (Ø 250 mm); 2.5 kg (Ø 300 mm); 4.4 kg (Ø 350 mm); 4.9 kg (Ø 400 mm)Bulb included
NoSocket Type Bulb
E27Dimmable
YesMax Watt
Ø 200 mm: 60 W; Ø 250 mm: 75 W; Ø 300-400 mm: 100 WAppliance Classes
Class IVoltage
110-240 VProduct Code
HL 99 / 200 MBrand - Product Type
KelvinThe Kelvin (K) scale is a measure of color temperature of a light source. It represents the perceived warmth or coolness of a "white" light. This perception is analogous to the cycle of natural light, which shifts throughout the day from a warm orange-hued white to a cool bluish-white.
Understanding the Kelvin (K) rating is crucial for creating an optimal lighting environment. The color temperature of light influences visual comfort, task efficiency, and mood. Higher Kelvin values suit focused workspaces, while lower values are best for relaxed settings.Also from Tecnolumen