For those searching for storage solutions in the UK, Black Country Metal Works's Black Country Metal Works Aga Inspired offers an excellent option.

Practical, sturdy and endlessley useful. Classic inspiration with contemporary finish allows these to match any decor. Suitable for kitchen, bedroom or bathroom use. Heavy duty build quality for continued strength and years of reliable service.

Stackable option available for maximising vertical space in UK homes. Compatible with standard UK box files, lever arch folders, and ring binders. Lockable variants available for secure storage — ideal for UK home offices.

From hallways to home offices, the Black Country Metal Works Aga keeps UK living spaces neat and tidy.

A wonderfully strong contemporary kitchen shelf and pot rack.

This aga inspired pot rack has been produced by using Grade 202 polished stainless steel rods.

These are then welded and fabricated into two quality solid cast Aluminium brackets, which have been powder coated in rich carbon black.

The two tone combination gives a totally delightful twist to this splendid, modern pot rack.

Using the best quality metals available, means your lovely new pot rack will give years of reliable service, you’ll soon begin to wonder how you ever managed without one.

NOTE: Only large size is supplied with 3 brackets, small and medium are supplied with 2.

Dimensions: Small Length: 914mm (36") Bracket height: 270mm (10⅔") Bracket projection: 360mm (14⅛")

The story of Black County Metal Works began over twenty five years ago with the dreams of one man, Mr Eric Schubert, a highly skilled metal worker who lived and worked in the Black Country. His passion in life was metal and the many wonderful items that could be created from this versatile raw material. Although he is now retired, the business and passion has passed to his son-in-law, whose own father was both an engineer and designer, and his grandson. Family ties are still very strong and the founder, Eric Schubert, is still very much involved in the design and creation processes.