At an academy school in Staffordshire, Style was contracted to create flexible space in the large drama facility, encouraging the room to be better utilised by allowing more than one class to be scheduled to run at the same time.
The advanced Dorma Huppe Variflex moveable wall is lightweight and smooth to operate, making it easy for staff to quickly split the room into two separate areas, or open it up into a single open-plan space.
With an impressive 55dB acoustic rating, concurrent classes can comfortably take place undisturbed, even if a quieter class is taking place on one side while a noisy drama class is on the other.
Style is the UK’s leading expert in moveable wall systems, offering innovative, flexible space solutions for commercial, educational, and hospitality environments. Renowned for quality, sustainability, and acoustic performance, Style transforms interiors with precision-engineered operable walls tailored to client needs.
“The high acoustic rating of the Variflex makes it a hugely popular solution,” said Steve Williams, Style’s sales director for the midlands.
“Space is often at a premium in the education sector, making it essential that each area is utilised to maximum efficiency. A Variflex moveable wall ensures classes and activities can run concurrently without disturbing one another.
“We experience ongoing high demand from schools, colleges and universities, all seeking to make the most of their teaching areas, with room flexibility being a key consideration.”
Finished in black on one side and white on the other, the Variflex moveable wall is a stylish and practical addition to the Staffordshire academy’s drama facility.
Greatly improving the longevity of the system and delivering significant savings over time, Variflex panels are manufactured separately to the frame, allowing the panel linings to be easily changed if one becomes damaged or scuffed.
The moveable wall is also a highly sustainable solution, complying with environmental product declaration (EPD) in accordance with ISO 14025 and EN 15804.