This is a guide to coconut husk fibre – also known as coir – one of the most resilient natural materials used in traditional upholstery – and in Schplendid sofas today.
We look at where it comes from, how it behaves as a fibre, and why generations of specialist furniture makers have used it inside mattresses and chairs…
Very useful things, coconuts. You can eat their flesh, drink their milk and, if necessary, use their shells to make the sounds of horses’ hooves.
But they also have one extremely and often-overlooked material. Long before synthetic foams existed, craftspeople discovered that the fibrous husk surrounding the coconut contains a remarkably durable natural fibre: one that can be twisted into rope, woven into mats, or packed into upholstery. That fibre is coir.
For centuries, coir has been used wherever toughness and resistance to moisture are useful properties: such as in marine rope, floor mats, mattresses, and upholstered furniture.
And today it still plays an important role in traditional upholstery — including inside Schplendid sofas.
What exactly is coconut husk fibre?
Coconut fibre comes from the husk of the coconut, the thick fibrous layer that sits between the hard shell and the outer skin of the fruit.
The coconut itself grows on the Cocos nucifera, a palm tree native to tropical coastlines and now cultivated across much of the equatorial world. Coconut palms are remarkably productive trees. A mature palm can produce 50–100 coconuts per year, and the trees themselves can live for 60–80 years, sometimes longer.
Cross-section of the fruit of the nia kafa (Indo-Atlantic) coconut, with layers of husk around the hard inner shell. Image: creative commons.
The word coconutitself has an amusing origin.... Portuguese sailors in the fifteenth century thought the three dark indentations on the shell resembled a grinning face, and nicknamed the fruit coco – a word used for a goblin or bogeyman in Iberian folklore. The name stuck, and eventually entered English as coconut.
Unlike many plant fibres, which come from stems or leaves, coir comes from the fruit itself. The husk acts as a natural flotation device, allowing coconuts to drift across oceans and colonise new shorelines. In other words, the fibre evolved specifically to be super-tough and resistant to saltwater, as well as light and buoyant – all qualities that later turned out to be extremely useful in human industries.
A fibre designed to survive the sea
The coconut palm is one of the most remarkable travellers in the plant kingdom. Its fruit can float for months, carried by ocean currents, before eventually washing ashore and germinating on a distant coastline.
To survive that journey, the coconut evolved a thick fibrous husk that acts both as flotation device and protective armour for the seed inside. The fibres trap air and provide buoyancy, effectively turning the coconut into a self-contained life-raft capable of drifting across the ocean until it reaches land.
Inside this protective husk lies the seed, enclosed within a hard shell and surrounded by coconut water that provides the nutrients needed for the first stage of germination.
Structurally, the husk is built from dense bundles of coarse cellulose fibres held together with a high proportion of lignin– the same natural polymer that gives wood its strength. Coir fibre contains significantly more lignin than many other plant fibres such as cotton or jute, which is why it is unusually tough, springy and resistant to rot.
For furniture makers, those biological properties translate into something extremely useful: a natural fibre that springs back after compression and holds its structure over time.
How coconut husk becomes coir fibre
Turning coconut husk into usable fibre is an ancient craft.
Historical accounts suggest that coir rope was already being produced in the Indian subcontinent more than 2,000 years ago. Greek and Arab writers described ships in the Indian Ocean whose planks were stitched together using coir rope rather than metal nails – a technique that worked well because the fibre resists saltwater and decay.
The word coir itself comes from the Malayalam word kayar, meaning rope, a reminder of the fibre’s long association with rope-making along the coasts of southern India. Even today, much of the world’s coir fibre is produced in these same regions.
The basic production process has changed surprisingly little over the centuries.
After harvesting, the husks are separated from the nut and soaked in water – traditionally in lagoons or ponds – in a process known as retting. This loosens the fibrous structure and allows the long strands inside the husk to be separated from the surrounding material.
The fibres are then:
washed
dried
combed or beaten to separate them
twisted or processed into yarn, rope, or fibre bundles
Historically this work developed across the coconut-growing regions of India, Sri Lanka and Southeast Asia, where coir industries flourished for centuries.
Traditional coir-spinning at Kollam, Kerala, India. Image: creative commons
The 13th-century traveller Marco Polowrote about the extensive coconut and fibre trades of the Indian Ocean, noting that coir was widely used for rigging and everyday household goods. For medieval Europeans, coconuts were exotic curiosities arriving through long maritime trade routes. Travellers described them as enormous nuts filled with sweet water, capable of floating across the sea for months.
By the Renaissance, coconut shells were sometimes mounted in silver or gold to create elaborate drinking cups – objects that sat somewhere between natural history specimen and luxury tableware.
Among plant fibres, coir occupies a distinctive niche. It isn’t the softest fibre (like cotton) or the strongest tensile fibre (like flax). Instead, its great virtue is resilience — the ability to compress and spring back repeatedly.
Several natural properties contribute to this:
High lignin content Coir contains around 40–45% lignin, far more than most plant fibres. This gives it durability and resistance to decay.
Elasticity The fibres are naturally springy, allowing them to recover well after compression.
Resistance to moisture and microbes Coir’s chemistry makes it relatively resistant to rot, fungi and saltwater.
Durability under pressure The fibres can withstand repeated compression without collapsing – precisely the kind of behaviour upholstery materials require.
Once people began working with coconut fibre, its practical potential quickly became clear. A material that could survive the sea turned out to be equally useful on land – in rope, mats, mattresses, and eventually inside upholstered furniture.
Coconut fibre in traditional upholstery
Long before polyurethane foam appeared in the mid-twentieth century, furniture makers relied on a carefully layered system of natural materials to create comfort and support.
A typical traditional upholstery build included several distinct elements:
springs for structural support
a resilient fibre layer to distribute weight
softer natural fillings such as horsehair, wool or cotton
protective felt or cotton layers
the outer upholstery fabric
Each layer had a specific job. Springs provided the underlying bounce. Softer fillings created comfort. But between them sat a tougher, more resilient material whose task was to spread weight across the springs and prevent the softer fillings above from collapsing too quickly.
For centuries that role was often performed by horsehair, which was prized by upholsterers because it was strong, springy and breathable. Properly prepared, it could endure years of compression without losing its resilience, which is why it appears so frequently inside nineteenth- and early-twentieth-century sofas.
Coconut fibre offers a remarkably effective alternative to horsehair. Its coarse, springy strands behave in much the same way under compression, creating a durable, breathable layer that supports the upholstery above. Unlike horsehair, however, coir comes from a plant fibre that is widely available and can be processed into uniform mats.
The benefits of breathability
Another virtue of natural fibre fillings like coir is airflow. Unlike solid foam blocks, which trap heat and moisture, fibre layers allow air to move through the upholstery structure.
This has several benefits:
better temperature regulation
reduced moisture build-up
less risk of mould or odour
greater long-term resilience
Furniture made with breathable materials last much longer and tend to age gracefully.
Coconut vs foam
Modern furniture often relies heavily on polyurethane foams – plastic, basically. These can be comfortable and convenient, but they behave very differently from natural fibres.
Foams tend to compress and slowly break down, trap heat and lose resilience over time
Natural fibres like coir, by contrast, work as part of a layered, breathable structure. Rather than forming a single solid cushion, they contribute to a system in which springs, fibres and softer fillings each play a role.
As Schplendid Rohan explains:“Foam creates a vacuum, but coconut husk lets the air through.”
Sustainability: using the whole coconut
One of the appealing things about coir is that it comes from a material that might otherwise be discarded.
In many tropical cultures the coconut palm is sometimes called “the tree of a thousand uses”. Almost every part of the plant can be put to work – fruit for food and drink, leaves for roofing and weaving, and timber for construction.
The coconut husk is essentially an agricultural by-product of coconut harvesting. Using it for fibre turns waste into a durable material with a wide range of applications.
Coir is also:
renewable (coconut palms produce fruit every year)
biodegradable
produced using relatively low-energy processes compared to synthetic materials
So for furniture makers interested in natural materials, it represents a rare combination of durability and environmental practicality.
Why Schplendid uses coconut fibre
In a Schplendid sofa, coconut fibre plays a supporting but important role. It forms a resilient layer above the springs that helps distribute weight and support the softer natural fillings above.
The fibres are typically formed into latex-bonded mats which sit within the upholstery structure.
As Schplendid founder Rohan explains: “It’s a by-product of the coconut industry, infused with natural latex, breathable and hypoallergenic.”
It isn’t the soft, luxurious part of the sofa: that role belongs to materials like lambswool and Italian goose down.
Rather, coconut husk is one of the structural ingredients that helps everything else perform properly.
The coconut evolved its fibrous husk to survive long journeys across the ocean, and furniture makers later discovered that the same properties of toughness, resilience and resistance to moisture make it remarkably useful inside upholstery.
We generally feel the best materials are the ones nature has already perfected. Schplendid stuff indeed, and so much better than plastic foam.
A Schplendid Guide to Coconut Husk
This is a guide to coconut husk fibre – also known as coir – one of the most resilient natural materials used in traditional upholstery – and in Schplendid sofas today.
We look at where it comes from, how it behaves as a fibre, and why generations of specialist furniture makers have used it inside mattresses and chairs…
Very useful things, coconuts. You can eat their flesh, drink their milk and, if necessary, use their shells to make the sounds of horses’ hooves.
But they also have one extremely and often-overlooked material. Long before synthetic foams existed, craftspeople discovered that the fibrous husk surrounding the coconut contains a remarkably durable natural fibre: one that can be twisted into rope, woven into mats, or packed into upholstery. That fibre is coir.
For centuries, coir has been used wherever toughness and resistance to moisture are useful properties: such as in marine rope, floor mats, mattresses, and upholstered furniture.
And today it still plays an important role in traditional upholstery — including inside Schplendid sofas.
What exactly is coconut husk fibre?
Coconut fibre comes from the husk of the coconut, the thick fibrous layer that sits between the hard shell and the outer skin of the fruit.
The coconut itself grows on the Cocos nucifera, a palm tree native to tropical coastlines and now cultivated across much of the equatorial world. Coconut palms are remarkably productive trees. A mature palm can produce 50–100 coconuts per year, and the trees themselves can live for 60–80 years, sometimes longer.
The word coconut itself has an amusing origin.... Portuguese sailors in the fifteenth century thought the three dark indentations on the shell resembled a grinning face, and nicknamed the fruit coco – a word used for a goblin or bogeyman in Iberian folklore. The name stuck, and eventually entered English as coconut.
Unlike many plant fibres, which come from stems or leaves, coir comes from the fruit itself. The husk acts as a natural flotation device, allowing coconuts to drift across oceans and colonise new shorelines. In other words, the fibre evolved specifically to be super-tough and resistant to saltwater, as well as light and buoyant – all qualities that later turned out to be extremely useful in human industries.
A fibre designed to survive the sea
The coconut palm is one of the most remarkable travellers in the plant kingdom. Its fruit can float for months, carried by ocean currents, before eventually washing ashore and germinating on a distant coastline.
To survive that journey, the coconut evolved a thick fibrous husk that acts both as flotation device and protective armour for the seed inside. The fibres trap air and provide buoyancy, effectively turning the coconut into a self-contained life-raft capable of drifting across the ocean until it reaches land.
Inside this protective husk lies the seed, enclosed within a hard shell and surrounded by coconut water that provides the nutrients needed for the first stage of germination.
Structurally, the husk is built from dense bundles of coarse cellulose fibres held together with a high proportion of lignin – the same natural polymer that gives wood its strength. Coir fibre contains significantly more lignin than many other plant fibres such as cotton or jute, which is why it is unusually tough, springy and resistant to rot.
For furniture makers, those biological properties translate into something extremely useful: a natural fibre that springs back after compression and holds its structure over time.
How coconut husk becomes coir fibre
Turning coconut husk into usable fibre is an ancient craft.
Historical accounts suggest that coir rope was already being produced in the Indian subcontinent more than 2,000 years ago. Greek and Arab writers described ships in the Indian Ocean whose planks were stitched together using coir rope rather than metal nails – a technique that worked well because the fibre resists saltwater and decay.
The word coir itself comes from the Malayalam word kayar, meaning rope, a reminder of the fibre’s long association with rope-making along the coasts of southern India. Even today, much of the world’s coir fibre is produced in these same regions.
The basic production process has changed surprisingly little over the centuries.
After harvesting, the husks are separated from the nut and soaked in water – traditionally in lagoons or ponds – in a process known as retting. This loosens the fibrous structure and allows the long strands inside the husk to be separated from the surrounding material.
The fibres are then:
washed
dried
combed or beaten to separate them
twisted or processed into yarn, rope, or fibre bundles
Historically this work developed across the coconut-growing regions of India, Sri Lanka and Southeast Asia, where coir industries flourished for centuries.
The 13th-century traveller Marco Polo wrote about the extensive coconut and fibre trades of the Indian Ocean, noting that coir was widely used for rigging and everyday household goods. For medieval Europeans, coconuts were exotic curiosities arriving through long maritime trade routes. Travellers described them as enormous nuts filled with sweet water, capable of floating across the sea for months.
By the Renaissance, coconut shells were sometimes mounted in silver or gold to create elaborate drinking cups – objects that sat somewhere between natural history specimen and luxury tableware.
One of the toughest natural fibres on Earth
Among plant fibres, coir occupies a distinctive niche. It isn’t the softest fibre (like cotton) or the strongest tensile fibre (like flax). Instead, its great virtue is resilience — the ability to compress and spring back repeatedly.
Several natural properties contribute to this:
High lignin content
Coir contains around 40–45% lignin, far more than most plant fibres. This gives it durability and resistance to decay.
Elasticity
The fibres are naturally springy, allowing them to recover well after compression.
Resistance to moisture and microbes
Coir’s chemistry makes it relatively resistant to rot, fungi and saltwater.
Durability under pressure
The fibres can withstand repeated compression without collapsing – precisely the kind of behaviour upholstery materials require.
Once people began working with coconut fibre, its practical potential quickly became clear. A material that could survive the sea turned out to be equally useful on land – in rope, mats, mattresses, and eventually inside upholstered furniture.
Coconut fibre in traditional upholstery
Long before polyurethane foam appeared in the mid-twentieth century, furniture makers relied on a carefully layered system of natural materials to create comfort and support.
A typical traditional upholstery build included several distinct elements:
springs for structural support
a resilient fibre layer to distribute weight
softer natural fillings such as horsehair, wool or cotton
protective felt or cotton layers
the outer upholstery fabric
Each layer had a specific job. Springs provided the underlying bounce. Softer fillings created comfort. But between them sat a tougher, more resilient material whose task was to spread weight across the springs and prevent the softer fillings above from collapsing too quickly.
For centuries that role was often performed by horsehair, which was prized by upholsterers because it was strong, springy and breathable. Properly prepared, it could endure years of compression without losing its resilience, which is why it appears so frequently inside nineteenth- and early-twentieth-century sofas.
Coconut fibre offers a remarkably effective alternative to horsehair. Its coarse, springy strands behave in much the same way under compression, creating a durable, breathable layer that supports the upholstery above. Unlike horsehair, however, coir comes from a plant fibre that is widely available and can be processed into uniform mats.
The benefits of breathability
Another virtue of natural fibre fillings like coir is airflow. Unlike solid foam blocks, which trap heat and moisture, fibre layers allow air to move through the upholstery structure.
This has several benefits:
better temperature regulation
reduced moisture build-up
less risk of mould or odour
greater long-term resilience
Furniture made with breathable materials last much longer and tend to age gracefully.
Coconut vs foam
Modern furniture often relies heavily on polyurethane foams – plastic, basically. These can be comfortable and convenient, but they behave very differently from natural fibres.
Foams tend to compress and slowly break down, trap heat and lose resilience over time
Natural fibres like coir, by contrast, work as part of a layered, breathable structure. Rather than forming a single solid cushion, they contribute to a system in which springs, fibres and softer fillings each play a role.
As Schplendid Rohan explains:“Foam creates a vacuum, but coconut husk lets the air through.”
Sustainability: using the whole coconut
One of the appealing things about coir is that it comes from a material that might otherwise be discarded.
In many tropical cultures the coconut palm is sometimes called “the tree of a thousand uses”. Almost every part of the plant can be put to work – fruit for food and drink, leaves for roofing and weaving, and timber for construction.
The coconut husk is essentially an agricultural by-product of coconut harvesting. Using it for fibre turns waste into a durable material with a wide range of applications.
Coir is also:
renewable (coconut palms produce fruit every year)
biodegradable
produced using relatively low-energy processes compared to synthetic materials
So for furniture makers interested in natural materials, it represents a rare combination of durability and environmental practicality.
Why Schplendid uses coconut fibre
In a Schplendid sofa, coconut fibre plays a supporting but important role. It forms a resilient layer above the springs that helps distribute weight and support the softer natural fillings above.
The fibres are typically formed into latex-bonded mats which sit within the upholstery structure.
As Schplendid founder Rohan explains: “It’s a by-product of the coconut industry, infused with natural latex, breathable and hypoallergenic.”
It isn’t the soft, luxurious part of the sofa: that role belongs to materials like lambswool and Italian goose down.
Rather, coconut husk is one of the structural ingredients that helps everything else perform properly.
The coconut evolved its fibrous husk to survive long journeys across the ocean, and furniture makers later discovered that the same properties of toughness, resilience and resistance to moisture make it remarkably useful inside upholstery.
We generally feel the best materials are the ones nature has already perfected. Schplendid stuff indeed, and so much better than plastic foam.
Read more about why we upholster Schplendid sofas with natural coconut husk and lambswool instead of plastic foam here.
See also:
The unique, radical pricing model that makes Schplendid sofas affordable
Why we use Eight-Way Hand-Tied Coil Springs in our sofas
Solid beech hardwood and proper joinery: Why we build Schplendid sofa frames the old-fashioned way
Why we only use pure Italian linen and velvet fabrics for Schplendid sofas
Why we use goose down in Schplendid sofa cushions