Premixed Surfaces
Day Equestrian manufactures waxed and non-coated riding arena equestrian surfaces that can be used for training gallops, lunge rings, horse walkers, outdoor sand schools and indoor riding arenas. Using only the highest quality materials, each equestrian surface has been carefully designed to respond to the challenging demands of different equestrian disciplines. All our riding surfaces are mixed with care and precision, using computer-controlled equipment, ensuring you receive a safe, even and consistent footing every time.
Fibrewax® Plus
Fibrewax® Plus is our premium waxed surface solution. It contains our highest percentage of wax, making it ideal for busy equestrian centres, competition venues, gallops, polo arenas, indoor schools and lunge pens.
Fibrewax®
A popular waxed riding surface suitable for use across a wide range of disciplines, including showjumping, dressage and polo. As well as riding arenas, this surface is also ideal for use on exercise tracks and gallops.
Fibremix™
Our best-selling, non-waxed equestrian surface is ideal for those looking to upgrade to a high-performance premixed footing. Fibremix™ is suitable for general riding, including dressage and showjumping.
Surface Materials
Economical and high quality, our range of equestrian surface materials can be used independently as top-up additives or combined to create a new arena footing. We carefully source and thoroughly test each product to ensure you receive only the best, high-quality equestrian surface materials.
Silica Sand
High-quality and industrially washed, our equestrian grade silica sand is an affordable surface material that can be used with stabilising fibres or rubber chippings.
Daytec® Fibre
Our high-quality textile fibre is fully synthetic and helps to improve stability and increases the responsiveness of ‘lifeless’ arena surfaces.
Rubber Chippings
Our recycled rubber chippings are 99.9% metal-free and range between 5-30mm in size. Equestrian rubber chippings can be used for riding arenas, gallops and horse walkers.