| PRODUCT NAME
||PROFESSIONAL PADDINGS FOR VOLLEYBALL POSTS WITH CUSTOMISED INSCRIPTION
| ARTICLE NUMBER
||Safety certificate released by Europejskie Centrum Jakości i Promocji Sp. z o.o (European Center of Quality and Promotion)
| COMPLEMENTARY PRODUCTS
||- art. no. 11 000 professional volleyball posts
- art. no. 11 001 volleyball posts for schools and training
- art. no. 11 014 standard volleyball posts - aluminium
- art. no. 11 002 standard volleyball posts – steel
- art. no. 11 007 centre volleyball post
| PACKAGE DIMENSIONS
DURABLE VOLLEYBALL POST PADDINGS WITH CUSTOMIZED LOGO
Volleyball post covers individual imprint are lightweight and durable structures that should be found at any professional sports facility. Modern paddings meet all European norms and safety standards, and, most importantly, are easy to put on and take off.
VOLLEYBALL POST PADDINGS WITH CUSTOMIZED LOGO
Original volleyball post paddings individual imprint fulfil not only their utility tasks, but can also prove to be an excellent advertising medium. When ordering, you can choose not only the colour of the padding, but also any graphic design. Imprints are distinguished by high readability and resistance to abrasion. Even when exposed to sunlight, the applied logo will not lose its natural colours and aesthetic qualities.
HIGH QUALITY WORKMANSHIP
The covers are made of polyethylene foam with a thickness of 40 mm. PVC's greatest asset is its high resistance to tearing and adverse weather conditions. The guards are mounted to the poles with fastened Velcro with a width of 50 mm. Custom-printed post paddings allow you to play sports safely. To a large extent, it is the guards that protect riders from accidental collision with a hard pole. PE foam absorbs impacts very well. It should also not be forgotten that the paddings also protect the surface of the pole. The waterproof volleyball post padding with your own logo will be perfect not only for an indoor sports hall, but also for an outdoor field. Cell-enclosed polyethylene foam is distinguished by its low hygroscopicity.