1. How Hockey Rinks Are Made?

The construction of hockey rinks requires a strict and exact methodology. The base consists of sand or gravel with drainage features to handle groundwater. Refrigeration pipes run through the ice surface to distribute coolant which maintains the ice in frozen state. The concrete slab provides structural support for the ice after pipes for refrigeration are positioned inside it. The process of creating smooth ice begins by spraying water layers onto the surface which are then frozen one by one through the use of purified water for optimal quality and durability.

2. Hockey Rink Lines Explained.

Multiple markings exist on hockey rinks to establish game organization. The red line in the middle of the rink serves to divide it into two equal parts while the blue lines close to each end mark defensive and offensive zones. The face-off circles show the areas where teams gather before puck drops and the goal crease defines the space where the goaltender operates. The organized markings help both players and officials maintain fair gameplay according to established rules.

3. How Does a Hockey Rink Work?

A hockey rink achieves its frozen ice surface through exact temperature control systems. The surface between 16°F and 22°F remains ideal for strong ice thanks to coolant circulating through pipes under the concrete slab. The overhead HVAC systems both control air temperature and humidity levels to stop ice from melting or condensing. The combined approach allows the rink to stay perfectly ready for games.

4. What Are the Circles on a Hockey Rink Called?

The face-off circles represent the circular markings which appear on a hockey rink. The face-off circles function as designated areas for opponents to fight for puck possession during their respective face-offs. Each face-off circle contains a face-off dot at its central position which indicates where the puck drop takes place.

5. What Is Hockey Rink Glass Made Of?

The glass used in hockey rinks primarily consists of tempered glass together with acrylic panels. The tempered glass provides both durability and resistance against shattering to guarantee safety for athletes and clear viewing for spectators. Acrylic panels weigh less than other materials and function well in portable or small rink applications.

6. How to Build a Hockey Rink in Your Backyard?

To construct a backyard hockey rink: 1. Select a flat and even surface. 2. Set up perimeter boards or barriers. 3. Place a liner to contain water. 4. Flood the area with water in layers, allowing each layer to freeze. 5. Use purified water to create smoother ice. To enable hockey games at night you should install LED flood lights which provide the best outdoor hockey rink illumination.

7. Outdoor Hockey Rink Lights Requirements.

The construction of hockey rinks requires a strict and exact methodology. The base consists of sand or gravel with drainage features to handle groundwater. Refrigeration pipes run through the ice surface to distribute coolant which maintains the ice in frozen state. The concrete slab provides structural support for the ice after pipes for refrigeration are positioned inside it. The process of creating smooth ice begins by spraying water layers onto the surface which are then frozen one by one through the use of purified water for optimal quality and durability.

8. What Glass Is Used in Hockey Rinks?

Tempered glass serves as the standard material in hockey rinks because it delivers four times more strength than standard glass while breaking into safer fragments when it shatters. The installation of acrylic panels serves portable and temporary rinks because they weigh less than traditional glass materials.

冰球場燈光

我們的冰球場燈採用CREE/Bridgelux LED晶片與Meanwell驅動器，打造精準的光學照明系統。

該系統提供170 lm/w的高通量效率，以最大化地面照明。

防眩光系統設計提升了觀眾與使用球場球員的視野。這些燈具的防溢出設計能阻擋可能傳入鄰近區域的干擾。

300W戶外LED曲棍球場燈可直接取代1000W MH/HPS燈具。

系統可運行100,000小時，並提供五年保固。

聯絡我們

應用細節

LED戶外曲棍球場燈提供更好的視野與能源效率，同時提升球員與觀眾的安全。
當這些燈具被冰場營運者和設施管理者使用時，戶外冰球場的照明條件達到最佳狀態。

產品說明：

照明系統採用Bridgelux/CREE LED COB搭配可靠的Meanwell驅動單元，提供頂尖的性能與品質。

高效率：透過多功能輸入選項（包括交流90–305V及249–528V）提供170LM/W的發光效率。

寬光束角：系統提供15°、25°、40°、60°、90°、120°，讓使用者能精確掌控燈光。

最佳地面照明：系統透過精確引導光線到需要的地方，實現最佳的地面照明表現。

先進熱管理：系統採用最先進的散熱技術，性能提升30%。

內建防眩光系統：內建的防眩光系統透過減少眩光的設計，為運動員和觀眾帶來愉快的觀賞體驗。

耐用材料：採用純鋁外殼與散熱元件，並經過氧化處理及防褪與防腐蝕保護。

高效率：500W的燈泡可直接取代1500W至2000W的MH/HPS，降低70%的能源消耗。

調光選項：系統支援多種調光選項，包括0-10V、DMX、Zigbee、DALI等。

延長壽命：該產品擁有100,000小時的使用壽命，並附有5年保固。

專案參考：

產品參數：

型號編號。	動力	規模（嗯）	效率	波束角	色溫	調光選擇權
橡樹-佛羅里達-100W	100W	318x214x150	170磅/瓦	15, 25, 40, 60, 90, 120	1700-10,000K	0-10V 達利 DMX Zigbee 手排
橡樹-佛羅里達-150W	150W	318x279x150
橡樹-佛羅里達-200W	200W	418x279x150
橡木-FL-300W	300W	468x344x150
橡樹-FL-400W	400W	468x409x150
橡樹-佛羅里達-500W	500W	568x409x150
橡樹-佛羅里達-600W	600W	568x474x150
奧克-佛羅里達-720W	720W	668x474x150
橡樹-佛羅里達-800W	800W	668x539x150
橡樹-佛羅里達-1000W	1000W	718x604x150