A material created by Samsung, an innovative world leader in technology, Staron is a high quality and robust surface. Here at J and C Solid Surfaces, we create a range of worktops and surfaces using Staron. But why is this material a number one choice for worktops? And what makes Staron such a good choice?
Shape
Staron is an impressive material. It can be used for a stunning amount of applications. This is because it is perfect for moulding and sculpting into a range of shapes. Staron can be used to create impressive curved surfaces, perfect for creating a stunning visual feature. Alternatively, Staron can be used to fit into small spaces, tight gaps, grooves and inlays. As a result, the versatility of this material makes it perfect for just about any surface.
Colour
Staron has a wide range of colour choices that make it perfect for any colour scheme or room. In addition, Staron has the added bonus of being able to be polished or sanded. This means that the colours can range from high gloss to matte, doubling the potential of the material. Staron can also be lit from different angles. This can create a stunning wow feature for any home, especially because of the translucent properties of the material.
Robust
Staron is a robust surface option. It is a high quality material that is waterproof and stain resistant. This makes it a perfect choice for any kitchen or bathroom work-surface. In addition, this contemporary surface material does not react to sunlight. So no matter how well lit your kitchen is, this material will not bleach or fade because of natural light or hot sunbeams.
In summary
Staron is a perfect choice for any home. The ease of cutting and the ability to creating sweeping curves and bold statements with shape is a great advantage for this material. In addition, Staron boasts a range of colours and finishes that can suite any style or theme. Finally, Staron is a robust and practical solution that is waterproof, stain resistant, and does not react to sunlight. Why not check out our range of Staron today, at J and C Solid Surfaces.