- الرئيسية
- المنتجات
- مضامير ألعاب القوى
- نظام PU ARS الكامل
الوصف
لم يُترجم هذا المحتوى إلى العربية بعد؛ تُعرض النسخة الإنجليزية.
ARS Sport Brand for Track and field ‘’ Trackman Full PU’’ Full Polyurethane Running track is a high performance athletic track system. It is a water impermeable sandwich system where a polyurethane wear coat is broadcasted with EPDM granules installed on an in situ made base layer of SBR granules mixed with polyurethane binder. - Fast installation with special paving machines
- High performance athletic track system
- Seamless, water impermeable surface
- Spike resistant
- Suitable for competition and training purposes
Properties / Product Advantages
• IAAF certified
• Fast installation
• Minimum injuiry risk
• Low maintenance costs
• Seamless PUR/EPDM top layer
• Optimised force reduction
• Long lasting performance and durability
• Highly slip resistant
• Optimal protection for the athletes
• Pre-fabricated underlay: SBR rubber roll base mat
Installation
Installation of ARS Sport Brand for Track and field ‘’ Trackman Full PU’’ will be installed on an insitu base layer which consist of a mix of SBR granules mixed with polyurethane binder. This base layer will be installed with special paving machines. Before applying the insitu base layer a primer must be applied for proper adhesion. The base layer is sealed with a polyurethane track sealer. Finally the last toping of coloured EPDM granules broadcasted into an impermeable wear coat of polyurethane compound will be applied.
Build Up:
Components Usage/m2
‘’ Trackman’’ Primer 0,15 kg /m2
‘’ Trackman’’ Binder 520RC 1,6 kg/m2
‘’ Trackman’’ SBR granules 4 kg/m2
‘’ Trackman’’ Sealer 1,4 kg/m2
‘’ Trackman’’ Self Leveling coat 3,9 kg /m2
ARS SPORT ‘’ Trackman’’ EPDM 2,8 kg/m2
* 1 -3,5 mm granules
* nett usage,gros usage 3,8 - 5 kg/m2
Technical Data
• Sandwich system – wear coat & insitu applied base layer
• Force reduction 43%
• Thickness 13,4mm
• Vertical deformation 2,61 mm
• Friction 0,71
• Tensile strength 0,51 MPa
• Elongation at break 51 %
• Non-porous
