Connor Dance Prima 7.5 mm Marley Vinyl is a premium professional-grade resilient flooring solution engineered for dance studios, performance stages, rehearsal halls, and multipurpose movement spaces. With its increased 7.5 mm thickness and enhanced construction, Prima 7.5 mm delivers superior impact absorption, reliable traction, and long-term durability for environments demanding the highest performance.
Whether used for daily rehearsals, touring performances, or theatrical productions, Prima 7.5 mm provides a dependable surface designed to support expressive movement while maintaining consistent performance characteristics.
Prima 7.5 mm Marley Vinyl is suitable for a wide range of environments including:
• Professional and elite dance studios
• Rehearsal halls and training spaces
• Performance stages and theaters
• Touring installations and temporary stage environments
• Performing arts centers and multipurpose movement venues
The enhanced thickness and surface characteristics make Prima 7.5 mm a strong choice for heavy-use spaces where comfort and durability are critical.
Constructed with a high-performance wear layer and a resilient vinyl core, Prima 7.5 mm is designed to maintain surface integrity even in demanding environments. Key durability features include:
• Robust wear layer that resists scuffing and abrasion
• Dimensional stability that helps the floor remain flat and consistent
• Enhanced cushioning for performer comfort
• Performance surface that stands up to frequent use
Routine cleaning and maintenance are straightforward, helping facilities keep spaces performance-ready with minimal downtime.
Facilities choose Prima 7.5 mm Marley Vinyl because it delivers:
• Enhanced impact absorption for performer comfort
• Professional-grade traction and surface response
• Durable wear layer built for heavy-use environments
• Consistent performance in studio, rehearsal, and stage applications
Perfect for environments where dancers and performers demand reliable surface performance, Prima 7.5 mm is engineered for spaces that require day-in, day-out dependability.