Kakta Pendant

The Kakta Pendant is a minimalistic, yet striking piece that brings warmth and texture to your space. The shade, crafted from a bio-based material, offers a natural, tactile surface and diffuses a soft ambient glow. Designed to stand alone or work beautifully in clusters, the Kakta Pendant adds a sculptural element to any interior.

Hyfer Objects first lamp collection is crafted in Sweden from regenerative bio-derived and recycled materials. All parts of the lamps are also recyclable and exchangeable, setting a new standard for sustainability in lighting.

Material

Kakta Linen is made of PLA from bio-based materials and consists of 40% wood scrap fibers from the Swedish forest industry. Due to the fact that the material is made from wood waste, the composition of wood chips and bark may vary between batches. As a result, the shade of the Kakta Linen may vary over time.
Kakta Vanilla is made of recycled PLA from bio-based materials and consists of 10% cellulose fibers. This material is made from renewable resources and can be recycled into new material.

The base is made of steel deriving from industrial side streams. When using repurposed steel, it saves up to 90-95% emissions and energy use compared to virgin steel production and 60-70% compared to recycled steel that has gone through melting processes.

Dimensions

Diameter: 12 cm
Height Lampshade: 35 cm
Total Height: 45,5 cm
Cord Length: 300 cm, white textile cord.

Specifications

Recommended light source: LED E27 2200k (not included)
Max. Watt: 10W
Ceiling cup in white silicone included.

Notable

Because the product is 3D-printed using recycled and bio-based materials, variations in color and texture are natural. These differences make each piece truly unique. The lamps are delicate and should be handled with care. The lamps can be gently dusted and cleaned using a soft, damp cloth. Always make sure to unplug the lamp before cleaning to prevent any electrical hazards. You can also use a microfiber cloth to remove dust. Avoid placing in a window with direct sunlight as the material can be sensitive to strong UV light.