Ever watched a blistering shot hurl towards the stands, only to be halted effortlessly by the protective barrier? It’s intriguing to think about the robust material that stands between the fierce action and the spectators.
Let’s explore what makes these barriers so reliable and trace their evolution through history.
The True Composition of Hockey Barriers
Visiting a hockey arena, one can’t help but notice the robust shield preventing pucks from reaching the audience. What’s the secret behind this nearly indestructible barrier?
The answer might surprise many: the protective material used in hockey arenas isn’t traditional glass. Instead, it’s a specialized form known as plexiglass, crafted from multiple acrylic plastic layers. This layering enhances its strength and resilience, making it less prone to shattering. Moreover, it offers a softer buffer when athletes crash into the boards, a feature that makes it a preferred choice in arenas globally. Though occasional breaks can occur, the plexiglass’s resilience allows it to endure forceful impacts, proving more reliable than its predecessors.
Measuring the Resilience of Hockey Barriers
A typical barrier in a hockey arena boasts a substantial measure of between 1/2″ and 5/8″, standing tall at 8 feet. This specific measure ensures optimal durability while maintaining spectator visibility.
The Purpose Behind Protective Hockey Barriers
Hockey barriers serve a dual function. Primarily, they keep the puck contained, ensuring continuous gameplay. Without them, disruptions would be frequent, extending match durations. Additionally, these barriers act as protective shields, safeguarding audiences from stray pucks or wayward equipment, thus enhancing spectator safety.
Tracing the Evolution of Hockey Barriers:
- Meshed Beginnings: Decades ago, before contemporary barriers became the norm, arenas employed chicken wire. The shift to more spectator-friendly materials commenced in the 1940s. Chicken wire, though practical, hindered viewing experiences and sometimes led to mischievous interactions between fans and athletes;
- The Era of Seamless Barriers: Following the mesh era, seamless tempered barriers gained popularity. Their strength and lack of disruptive dividers offered spectators an unobstructed view. However, the material’s rigidity was often likened to brick walls by athletes, leading to concerns over increased injuries. Renowned personalities like Don Cherry voiced their reservations about this rigid material;
- The Rise of Plexiglass: By the 2011-12 NHL season, a significant transition was evident. Teams previously using seamless barriers were urged to adopt plexiglass. Its flexibility, combined with shatter resistance, made it the primary choice for modern arenas. Some local venues might still harbor the older style due to budgetary constraints, but the trajectory indicates a full transition to plexiglass in the foreseeable future.
Frequency of Barrier Breakages
Earlier versions, especially the seamless-tempered kind, were notorious for their fragility under forceful impacts. Spectacular shatterings, though thrilling for some, raised safety concerns. In contrast, contemporary plexiglass, when subjected to extreme force, tends to crack or dislodge rather than shatter, prioritizing player and spectator safety.
In Conclusion
The protective barriers in hockey arenas have seen a transformation, evolving in design, material, and function. From rudimentary chicken wire to the resilient plexiglass of today, the emphasis has always been on ensuring both gameplay continuity and safety.
As the sport continues to grow, one can anticipate further innovations, all aimed at fostering an exhilarating yet secure environment for players and fans alike.