Understanding Wood
Wood is a natural material, with each piece shaped by the tree it comes from. Variations in colour, grain, texture and markings make every piece unique.
How wood is cut also affects its appearance and performance. End-grain wood, with its fibres exposed at the surface, is ideal for chopping boards, offering durability and a more forgiving surface for knife edges. Face-grain wood highlights the natural beauty of the timber, creating a smooth, attractive surface suited to a wide range of kitchen items.
These natural characteristics are what make every wooden piece individual.

Face Grain

Face grain is the broad surface of a board, displaying the natural patterns and colours of the wood fibres. It showcases the beauty of the timber and provides a smooth, attractive finish. It is commonly used in furniture and chopping boards, although knife marks and scratches tend to be more visible than on an end-grain surface.

Hard Wood

Hardwoods come from broad-leaved trees such as oak, walnut, beech and mahogany. They are often valued for their strength, density, rich colours and distinctive grain patterns. Many are highly durable and resistant to everyday wear, although they can be heavier, more expensive and harder to work with than softwoods. Interestingly, not all hardwoods are necessarily harder than softwoods.

Heartwood & Sapwood

Heartwood is the older, inner part of a tree, often darker in colour and generally more resistant to decay. Sapwood is the younger, outer section, responsible for transporting water and nutrients while the tree is growing. Both are perfectly natural parts of timber and can create attractive colour contrasts within a finished piece.

End Grain

End grain is exposed when wood is cut across the direction of its fibres, revealing the growth rings and natural structure of the timber. Often used in traditional chopping boards, it is gentler on knife edges because the fibres can separate slightly around the blade. End-grain boards are generally more labour-intensive to make and require a little more care to protect them from moisture.

Janka Hardness Scale

The Janka hardness test measures how resistant a particular wood species is to indentation. The higher the rating, the more force is required to press a steel ball into the wood. It is a useful way to compare different timbers, particularly when choosing materials for furniture, flooring and chopping boards. The ideal range for chopping boards is 900–1,500 lbf. Softer woods can be kinder to knife edges while harder woods last longer but are harder on knives.

Knots & Natural Character

Knots are formed where branches grow out from the trunk, creating distinctive patterns and variations in the wood. While large or loose knots can affect strength and stability, sound knots add individuality and character. Rather than always being considered imperfections, they are often celebrated as part of the natural beauty of timber.

Soft Wood

​Softwoods come from coniferous trees such as pine, spruce and fir. They are generally lighter, easier to work with and often more affordable than hardwoods. While their softer structure makes them versatile for many woodworking projects, they are also more susceptible to dents, scratches and everyday wear.

Reclaimed Wine Barrel Oak

Our reclaimed oak comes from wine barrels used by Maltese vineyards, including Delicata Winery. Having spent years ageing wine, the timber develops unique colours, markings and character. Reusing this wood gives it a second life and preserves a little piece of local winemaking heritage. Reclaimed timber is rarely uniform, and nail marks, wine staining and natural imperfections are all part of its story.

Wood Finishes

Wood finishes protect the surface while influencing its colour, texture and overall appearance. Oils penetrate the timber and tend to enhance its natural grain, while waxes provide a softer sheen and varnishes create a more protective surface coating. Each has its advantages, with the choice depending on the intended use, desired appearance and level of maintenance required.
