Advantages Of Synthetic Ice Rink
Material Advantages
High Wear Resistance and Durability
HDPE material is highly wear-resistant due to its dense molecular structure, allowing it to withstand frequent friction from skate blades and providing a long service life.
Even when impacted by skate blades or heavy objects, it is not prone to cracking or breaking, making it suitable for commercial high-frequency use.
Low Coefficient of Friction
With special surface treatment, the friction coefficient of the HDPE synthetic ice surface closely resembles that of real ice. Skaters can enjoy a gliding experience similar to real ice, with minimal differences in performance when turning, jumping, or performing other movements.
Chemical Stability
It is resistant to acids, alkalis, oils, and most chemicals, and does not easily age due to environmental influences.
Application Scenario Advantages
Not Limited by Temperature or Location
It can be used at room temperature without relying on cold environments, making it ideal for places without refrigeration or for setting up temporary ice rinks.
Quick Installation and Easy Dismantling
Usually designed in modular panels that can be assembled without specialized tools. A 100 m² rink can be installed within a few hours and can be dismantled and stored at any time, making it perfect for temporary events or mobile use.
Adaptable to Various Surfaces
Can be installed on smooth surfaces such as concrete, wood, or tiles without complex ground treatment, reducing the cost of site modifications.
Maintenance and Operational Cost Advantages
Low Maintenance Costs
No refrigeration system is required. Real ice rinks typically spend 30%-50% of daily operational costs on electricity. This product only needs regular cleaning with a specialized solution to remove dust and debris, cutting maintenance costs by over 80%.
No Water Consumption
Supports environmental sustainability, especially suitable for areas with water shortages.
Environmentally Friendly
HDPE material is recyclable and does not release harmful substances after disposal, reducing environmental pollution.
