AERIAL SILK - PRICE PER METER
PROFESSIONAL SILKS for aerial acrobatics and aerial dance.
100% polyester. Safety Certification included. Width 160 cm.
Ideal for both experts and beginners.
Minimal longitudinal stretch for excellent control in slides and drops.
Soft and pleasant to the touch.
Excellent Aerial Silks specially Made in Italy for aerial acrobatics. CIRCUS DIVISION Aerial silks are developed in collaboration with acrobats and teachers from all over the world. We have spent years researching and experimenting before certifying and putting this product on the market. The fabric is 160 cm wide, made of 100% polyester and specially treated to reduce its longitudinal stretch. This makes it very easy to grip, allows both beginners and professionals to use much less effort to climb it and makes slides and "falls" much less dramatic and more easily controllable. In short, these are ideal Aerial Silks for the practice of aerial acrobatics at all levels. Our silks can also be washed in the washing machine up to 30°C.
We often read about stretch grade of aerial fabrics published by other traders who use this criteria to describe the silks they sell. We strongly encourage you to reflect on the quality of this type of information. What does 10% or medium stretch means when you don't have a standard to refer to? If the acrobat or the practitioner weighs 50 or 100 kg will the fabric stretch the same way? And if the fabric used is 8 or 20 meters long will it work exactly the same way? We therefore recommend first of all to verify that the aerial silks are provided with an adequate certification of conformity with the relative breaking load limit and working load limit of use, and as a basic criteria of choice, make sure that they are 100% polyester and totally free of any elastic components like LYCRA. Great elasticity makes the practice much more tiring and shortens the life span of the silks.
- White, Red, Pink, Turquoise, Green, Blue, Black, Violet, Orange
- 160 cm
- Working Load Limit
- 100 daN
- Breaking Load Limit
- 1350 daN