Kave Home

ENIT

Enit stool made of beige paper cord and solid oak wood with natural finish, 65cm FSC Mix Credit

Name: Enit stool made of beige paper cord and solid oak wood with natural finish, 65cm FSC Mix Credit
Brand: Kave Home
SKU: C0600051MM46
Price: 146000.0 HUF
Availability: InStock

146.000 Ft

Tax included.

The Enit stool is a design where the solid oak wood structure and the seat braiding are hand-made. In addition, materials are treated to make the most of its properties.

Made to order - Expected delivery: 2 - 3 weeks. The indicated timeframe is for guidance only, please contact our colleagues for more precise delivery information.

SKU: C0600051MM46

About this product

• Stool with solid oak wood structure and natural finish.

• Seat made of paper cord and hand-made braiding.

• FSC™-certified solid wood from sustainable forests and controlled logging.

• 65 cm high with footrest.

Product Details

Code: C0600051MM46

Colors: Natural

Main color: Natúr

Packaging Information

Number of packages: 1 pc(s)

Box count: 1 pc(s)

Package 1:
Dimensions: 46 × 53 × 74 cm (L × W × H)
Gross weight: 10.2 kg

Material Information

Main material: Fa

Materials: 88% Oak wood (Quercus Petraea), 10% Poplar wood (Populus alba), 2% Rope

Main finishing: Lacquered in PU (Polyurethane), UV resistant treatment

Seat material details: Rope, Oak wood (Quercus Alba)

Size Information

Weight: 4.5 kg

Net weight: 4.5 kg

Width: 46 cm

Depth: 38 cm

Height: 65.5 cm

Seat height: 65 cm

Seat width: 455 cm

Seat depth: 37 cm

Free space under item: 625 cm

Measurement accuracy: ± 2 cm

Features

Max load: 130.00 kg

Product shape: Rectangular

Outdoor use: No

Seating capacity: 1

FSC certification type: FSC MIX CREDIT

Unpacking assembly

Assembly required: No

Difficulty of assembly: N/A

Assembly suggestions: N/A

Care warranties

Care instructions: Clean with a mild soapy solution and dry immediately. We strongly recommend varnishing/re-staining the furniture regularly once a year to prevent dryness, cracks and moisture absorption.