Xinxing Synthetic Ice Series is the newest innovation in synthetic ice offering all of the great attributes of the True Lock Series with a few additional enhancements. Xinxing series features added UV stabilizers for longer life and also offers the option of including larger 4' x 8' panels in our configuration. The 4' x 8' panels are 1/2" thick and weight approximately 80 lbs per panel. It is suitable for indoor or outdoor use for both home and commercial applications.
Custom Rinks To Fit Your Needs
Most synthetic ice rinks that we provide are built to your custom dimensions. You won’t have any extra edge trim required to finish your surface perimeter! To get a quote simply click “Add to Cart” and instead of “Checkout” simply click “Get A Quote”.
Easy Installation
Our Technology has allowed us to create our True Lock Synthetic Ice panels which can be easily laid out in the matter of a couple of hours, and with our "True lock" series, you are able to move flip or rotate panels anywhere with confidence they will all fit together.
Quality Materials
The material we use is the latest technology in synthetic ice. We are the industry leaders and we design and fabricate each panel in house to ensure superior quality control. Our cutting edge technology has the least amount of friction of any synthetic ice on the market today. For more information about what makes our ice the best.
Prices
The cost of making a synthetic ice rink changes all the time due to changes in the value of China and the cost of raw materials. At Synthetic Ice Solutions we always want to provide you with the very best value possible. As a result, the pricing listed on our website is not always the exact price today so please contact us for up to the minute pricing.
Shipping and Taxes
Shipping and taxes vary depending on the address of the purchaser and will be collected separately once the order has been placed. We source the most cost effective and reliable shipping options for each order.
Other Products
To see all of our synthetic ice products click here.