Table Top Finish
Frame Finish
Available at
rarify.coBest Price
$909.00
ViewThe K3B Oblique Nesting Table by Tecta is a sophisticated and functional side table that embodies the brand's innovative design philosophy. Its striking 'tube oblique' principle, a deformation of tubular steel, creates a unique aesthetic that is both delicate and remarkably strong. This table features a metal frame and a wood surface, offering a blend of industrial and natural elements. Available in a variety of finishes for both the frame and the table top, it can be customized to seamlessly integrate into any interior design scheme. The K3B model, along with its larger counterparts K3B and K3C, showcases Tecta's commitment to refined design and sustainable, made-to-order production.
- "Tube oblique" principle design
- Bent tubular steel frame
- Walnut veneer tabletop
- Part of the Oblique Nesting Table series
- Delicate appearance with strong construction
- Available with steel frame and wood surface in various finishes
- Made-to-order for sustainability
- Optional drawer availability for larger models (K3B and K3C)
- Developed from the patented 'tube aplati'
- Dimensions: 19.7 in H x 17.7 in W x 15.8 in D
Details
- Category
- Accent Tables
- Tabletop Material
- Melamine, Wood
- Tabletop Shape
- Rectangular
- Leg Pattern
- Solid
- Table Base Material
- Metal, Steel
- Leg Material
- Metal, Steel
- Tabletop Pattern
- Solid
- Materials
- Oak Veneer, Steel
Questions & answers
- How much does it cost, and where can I buy it?
- This Tecta accent table is sold by 1 retailer for $909.00. Available at rarify.co.
- Is it in stock?
- Yes, it's currently in stock.
- What are the key features?
- Key features include "Tube oblique" principle design, Bent tubular steel frame, Walnut veneer tabletop, Part of the Oblique Nesting Table series, and Delicate appearance with strong construction.
- What is it made of?
- It's made of oak veneer and steel.
- What's its leg pattern?
- Its leg pattern is solid.
- What's its tabletop pattern?
- Its tabletop pattern is solid.