由于木质围栏，铁质网状围栏或是用砖块堆砌而成的围墙存在很多的不安全因素。木质围栏在使用过程中雨水或场内部湿度的原因，时间久了会使围栏变形，铁质网状围栏成本低，但效果不好，易腐蚀，砖块的在施工方便工序又特别的麻烦，而且易松动掉落，安全系数低等。所以我们利用超高分子量聚乙烯板的优良特性 研制生产出新型的冰球场围栏-高分子聚乙烯冰球场围栏。冰球场地四周围以高1.15米～1.22米聚乙烯材质制成的牢固界墙。除场地正式标记外，全部冰面和界墙内壁应为白色。它具有重量轻、抗冲击、耐磨损、耐腐蚀、抗紫外线、耐老化、摩擦系数小、无毒性、无污染、不易沾附异物、能吸收震动冲击和防噪声等优良性能。
冰球场围栏采用超高分子量聚乙烯材质，其主要优点有:
1、耐磨损 能居塑料之首，且分子量越大，材料的耐磨性能和抗冲击性能越高；
2、它的冲击强度是现有塑料中的较高值，即使在-70度时仍有相当高的冲击强度；
3、良好的自润滑性能；
4、吸水率极低。因此，其物理机械性能能与使用的工作条件中的湿度因素无关；
5、化学 稳定，在一定的温度，浓度范围内能耐酸、碱、盐等各种腐蚀介质及有机溶剂的腐蚀；
6、无味、无毒、无嗅，本身无腐蚀 ，具有生理循环性和生理适应性 ；
7、不粘附性 。
There are many unsafe factors in wooden fences, iron mesh fences or walls made of bricks. Due to rain or humidity in the field during the use of the wooden fence, the fence will be deformed over time. The iron mesh fence has low cost, but its effect is not good, it is easy to corrode, and the bricks are easy to loosen and fall, and the safety factor is low. So we use the excellent characteristics of UHMWPE board to develop and produce a new type of ice hockey field fence - high molecular weight polyethylene ice hockey field fence. The ice hockey field is surrounded by a solid boundary wall made of polyethylene with a height of 1.15 meters to 1.22 meters. Except for the official mark of the site, all ice surfaces and the inner wall of the boundary wall shall be white. It has light weight, impact resistance, wear resistance, corrosion resistance, UV resistance, aging resistance, small friction coefficient, non-toxicity, non-pollution, not easy to adhere to foreign matters, can absorb shock and noise and other excellent properties.
The ice rink fence is made of ultra-high molecular weight polyethylene. Its main advantages are:
1. The wear resistance of plastics ranks first, and the greater the molecular weight, the higher the wear resistance and impact resistance of materials;
2. Its impact strength is higher than that of the existing plastics, and it still has quite high impact strength even at - 70 degrees;
3. Good self-lubrication performance;
4. Water absorption is extremely low. Therefore, its physical and mechanical properties can be independent of the humidity factor in the working conditions;
5. Chemical stability, resistance to acid, alkali, salt and other corrosive media and organic solvents within a certain temperature and concentration range;
6. It is tasteless, non-toxic, odorless, non-corrosive, and has physiological cycling and adaptability;
7. Non-adhesiveness.