Bulbul
Life Marble Dining Table in Solid Oakwood Base
Life Marble Dining Table in Solid Oakwood Base
Couldn't load pickup availability
The Life table is a minimal, understated, and uncompromising dining table.
Designed by Studio Bulbul in Singapore with durability in mind. Both 1.8M and 1.6M variants can sit up to 6 persons.
Shipping
Ships from Singapore Warehouse
Delivery between 3-7 working days
Sustainability
Bulbul's sustainability strategy towards the designing of this table is to make the product as durable as possible so that it could serve the home for as long as possible so that the table can avoid ending up in incineration plants, landfills and/or recycling plants.
The choice of materials is crucial to create a sustainable design as it has a direct impact on the environment. Oakwood is chosen because it is strong and light and a renewable source of material. Natural marble and stainless steel were chosen for tabletop for hardness and durability. As metal finishing treatments may use a lot of harmful chemicals in the process, our stainless steel is not coated with any unnecessary finishing.
Materials
Genuine 20mm thick homogenous marble tabletop
Genuine Solid Oakwood leg frame.
Brushed uncoated stainless steel
Colour Variance
We use only natural Cararra and Radix marble stones (not paper foils on stones). Due to its characteristics, each piece is unique and will vary in colour, veining and texture.
Viewing
Viewing by appointment only. Chat with us here, let us know if you like to see a sample table before purchasing, we will arrange an appointment with you.
Designer
Amos Goh
Materials
Materials
Cellulose & Coconut Husk
Dimensions
Dimensions
Sponge
11mm by 7mm by 2cm
Do Less Laundrywith Bulbul’s Copper Towel
Infused with naturally antibacterial copper, it eliminates 99.9% of bacteria, ensuring your skin feels fresh while your towel stays odour-free. Less laundry, more peace of mind—this is self-care, redefined.
-
ANTI-BACTERIAL
-
ODOUR FREE
-
OEKO TEX STANDARD100
-
BAMBOO FABRIC
-
WASH LESS TECH
-
COPPER INFUSED
Can copper kill bacteria? Absolutely!
Copper is a powerful natural antibacterial agent proven to eliminate 99.9% of bacteria that can destroy harmful microorganisms within hours.
Copper ion damage microbial membranes, degrade RNA, and disrupt critical cellular functions, leading to the death of bacteria, fungi, and viruses.
* It describe copper’s inherent material characteristics, reducing 99.9% of common bacteria under typical use conditions."
Wash-less, Save Earth
Synthetic fiber emit 700,000+ microplastics per wash. It reaches the sea and float around for hundreds of years.
Microplastic swallowd by fish and other marine organism end up on our table through the food chain
Experience the power of copperin your daily routine
Say Goodbye to Unpleasant Laundry Odours!
Scientific research has shown that towels can quickly accumulate significant bacterial growth after just one use.
If you cannot wash everyday? Use Bulbul’s premium Copper Towel kill bacteria with copper ions
Freshness That Lasts. Even After 100 Washes!
Thoughtfully Designed, Inside and Out!
No more searching for hooks. Functionality and elegance, all in one!
A beautifully crafted label that doubles as a hook, making it simple to hang and dry anywhere.
Allowing the towel to hang elegantly and naturally on shelves.
Unlike ordinary towels with a loop in the center, our label is placed slightly off to the side
Crafted with care, right down to the packaging
Our towels come beautifully packed in eco-friendly paper bags, completely free of plastic.
Bulbul’s Copper Towel Made Differently!
The Comparison of Copper Fabric Technology
-
Bulbul Ionic Bond
Long-lasting Antibacterial Protection
The copper ions are bonded at a molecular level, ensuring continuous effectiveness wash after wash.
No Post-Processing Chemicals
Unlike coated fabrics, Bulbul towel’s antibacterial properties will not wash off over time.
-
Coating & Post-process
These methods apply a superficial layer of copper or copper compounds onto the fabric.
Over time, washing and use can erode the coating, diminishing its efficacy and properties. leading to a decline in antibacterial and anti-odour effectiveness.
