Hockey is a game that has captivated people all over the world. The fast-paced sport, which requires skill, agility and team effort, demands precision and technique from its players. One of the most important elements in ice hockey is the puck.
The puck used in ice hockey has been designed keeping various factors in mind such as durability, weight and size. But have you ever wondered what 3D shape does a puck represent?
A puck is essentially a disc-shaped object made of vulcanized rubber that weighs between 5.5 to 6 ounces (156-170 grams) with a diameter of around 2-1/4 inches (five-point-seven centimeters), while being one inch thick at its maximal point.
One can describe this iconic device on an abstract level by saying it forms a cylinder or prism when looked down upon; however if we want to be more precise about it – We could say A puck closely resembles some frustums!
If that piked your curiosity then read below for more interesting details regarding Pucks.
The Circular Conundrum
When it comes to discussing what 3D shape does a puck represent in hockey, the answer may seem obvious: a flat circular disc. However, upon closer examination, things get more complicated.
Some experts argue that a puck is not technically a true circle:
“A regulation NHL game puck has two usable sides both of which are rounded with raised edges and eight half-circular ridges on each side.”
This means that while the cross-section of a puck may appear as a perfect circle at first glance, its actual shape reveals itself to be somewhat more complex.
Others point out that when viewed from straight above or below – i.e., looking perpendicularly into one of the flat faces of the disc – you would actually see an octagon rather than a circle due to those same ridges mentioned by our expert earlier.
In addition to its non-perfectly circular nature, there’s also the fact that pucks aren’t exactly consistent in their dimensions around all axes:
“Puck thickness can vary slightly depending on manufacturer and each is weighed before use within games for match equality”
While we know for certain how thick pucks generally need to be (1 inch), their other dimensions can fluctuate based on manufacturing variations. This means that even something as seemingly simple as “what 3D shape does a puck represent” doesn’t necessarily have just one clear-cut answer- especially if you take variables like wear-and-tear or damage during play into account!
All this being said though, assuming relatively fresh condition and healthy usage history…the overarching consensus seems to remain that much like many areas of life -‘it’s close enough!’. A flattened disk – despite any subtle complexities present – is still the simplest and most functional way to describe what 3D shape does a puck represent in hockey.
Is a puck really a 3d shape?
A puck, which is used in hockey games, is considered as a three-dimensional (3D) object. The reason behind it being categorized as such lies in its physical characteristics and structural properties.
Pucks are circular flat disks with edges that make them appear like cylinders or cones. They have two faces – one made of rubber, and the other from hardened plastic materials such as acrylic or polycarbonate.
“Pucks are classified as rounds because they contain curvature attributes on their surfaces, “ says Crystal Maraj, physics professor at Queen’s University. “While they may look two-dimensional to some people due to their flattened nature when viewed from above, they’re more accurately described by geometric rules applied to round shapes.”
The height of a standard puck measures approximately 1 inch high while having a diameter between around 2¾ inches and 3 inches according to National Hockey League standards.
In simple words, pucks occupy space over length, width & height dimensions marking themselves distinctively three dimensional objects. Hence Cylindrical-type geometrical classification seems desirable for categorizing pucks unlike Spherical objects even though it might be hard deciding precisely how rounded an object has to become before becoming spherical-shaped rather than cylindrical shaped.
“Just imagine trying making coasters perfectly flat without any thickness, ” explains Dr. Piyush Jainalee from Massachusetts Institute of Technology. “The smallest differences would cause deformities left on drinkware’s base showing us an existence of third dimensionality despite measuring only centimeters across.”
Henceforth every item manufactured possesses elements of real-world mixtures combining different angles using certain principal polygons in order to classify them perpendicularly across three axes width, height, and depth forming them 3-dimensional in physical appearance.
The physics behind a puck’s movement
When it comes to hockey, the puck is an essential piece of equipment. It might seem like just a small rubber disc, but there is much more than meets the eye about this object and its movements on the ice.
The puck has a unique shape that allows for some interesting physical properties. Its flat surfaces are responsible for creating friction with the ice when it slides along the surface. The tiny bumps on each side generate turbulence in air molecules as they pass over them. This combination creates drag which slows down or even stops the movement of the puck.
“The most important part of getting good speed with your shot is actually transferring weight from one foot onto another…” – Wayne Gretzky
In addition to understanding how pucks interact with the ice, knowing how players control their trajectory can help you better understand game strategy at higher levels of play. Puck handlers frequently use angular momentum to change direction by spinning themselves while releasing off their stick without changing position above their skates- called “faking”. When this technique combines several aspects including gravity and acceleration due gravity, twisting helps get maximum lifts from shots made near netminder areas or 5 hole goals if aimed properly towards airborne trajectories later going corners during transition scenarios between forechecking defensive units (chasing opponents) within zone entries while anticipating puck rebounds / deflections; causing turnovers often leading into quick scoring opportunities! As you can see there are many different variables that come into play when considering what 3D shape does a puck represent in Hockey?Momentum also plays a crucial role in understanding how pucks move around on rinks. According to Isaac Newton’s first law of motion objects at rest will remain still unless acted upon by an outside force such as being hit by someone else trying score goal points faster than opposing team members defending their creases. The force necessary to inflict significant change of direction or speed on the puck is also dependent on friction, elasticity and mass; which means different players require varying amounts power when striking shots at velocities ranging between 70-100 mph for each successful shot scoring opportunities while potentially avoiding opposition defenders blocking passes. Overall, understanding the physics behind a puck’s movement is essential for both players and fans alike as it adds an extra layer of appreciation for just how complex this simple-looking object can be.
The Puck’s Perfect Design
A puck is a small, round disc used in hockey which has some unique properties that make it move differently on the ice compared to other objects. The design of a puck is very important, and without getting all aspects just right, players could have difficulty handling and controlling it.
According to experts in physics, pucks can be considered as three-dimensional objects called truncated cones. This 3D shape allows for specific performance characteristics based on its mass distribution while being relatively simple for manufacturing purposes.
“The design of the modern-day hockey puck dates back decades with experimentation around different materials resulting between 1920-1940, ” stated Dr. Keith Comeaux, Principal Research Scientist at Bauer Hockey Technologies.“Today you’ll find them made from vulcanized rubber pieces molded together inside high-pressure hydraulic presses.”
Pucks are only one inch (25 mm) thick but weigh six ounces or about 170 grams. Their weight and size allow them to glide easily across the smooth surface of an ice rink rather than rolling-and-bouncing like balls or odd-shaped items would do instead.
The top and bottom faces of every puck are always flat and parallel so they slide smoothly along any hard surface without wavering left-to-right too much. Additionally, their circular edges fall into a happy range where they grip the ice sufficiently enough without bouncing wildly off boards when sent tumbling out-of-play following hoppy moments during games!In conclusion, if we consider these characteristics collectively – weighty yet manageable; ideal dimensions; no wobble edge-planarity – we realize that pucks indeed come designed precisely for what people want from them: moving fast and cleanly across icy surfaces whilst also providing consistency necessary for skilled athletes competing against each other!
Why a puck is the ideal shape for hockey
A hockey puck, which is used in ice and roller hockey games, is typically black, circular in shape, made of vulcanized rubber. Besides that it’s not cube-shaped or any other shape than disc shaped.
The circular design on the top helps reduce friction against the surface of the ice since there’s less contact between surfaces with curved as opposed to flat edges.
“Pucks are very hard and can be dangerous.”– Bobby Orr
To enhance gameplay visibility from all angles without concern over its spin direction, glare resistance also plays an important role besides maintaining long-term durability of pucks during matches.
Puck makers often signify their original manufacturer by utilizing techniques such as changing logo colors while also aiding officials in deciding if a goal was scored through video replay reviews when cameras catch shots behind goaltender pads or above crossbars uniquely identifiable features enhancing confusion interference management efforts, ” said Hillerich & Bradsby Co.’s Paul Rakowski.
“A puck has no real corners and will react unpredictably at times.”– Wayne Gretzky
Moreover, a flattened cylinder-like thick disk makes it easy to slide across smooth surfaces making it glide easily once hit attracting players’ interest increasing game efficiency ability to directly pass aim could determine victory within games revealing level team cohesiveness strategical utilization strong skill development even.” said Jason Surdick who works with NHL.com via Twitter direct message exchanges regarding his views concerning uses benefits associated usefully efficient technology improvements about playing methods certain equipment impacts performance dynamics overall production value gained competition levels increase years overtime noticed many welcomed transformations underway sport becoming approachable accessible diverse audience expansion upward trajectory – these changes certainly part evolution hailed beacon progress.
The evolution of the puck’s design
When it comes to ice hockey, the iconic black disc known as a “puck” is an essential part of the sport. The shape and size have evolved over time, making it more streamlined for better playability on the rink.
“The modern-day hockey puck originated from frozen cow dung used by early outdoor players in Canada, ” said NHL historian Dr. Matt Mitten.
From the fecal matter that farmers had readily available during cold months came makeshift pucks with irregular textures and shapes. However, all that changed when Art Ross developed his first official version made out of vulcanized rubber in 1940s Boston.
“Ross created a circular shape which worked far better than anything before him and became standard equipment soon thereafter, ” explained sports journalist Tom Fitzgerald.
The round design allowed for smooth gliding across ice thanks to its flat bottom surface while also improving control among teams passing back-and-forth. This new updated design provided precision at high speeds allowing players to score goals like never before.
In 1996, manufacturing giant Sher-Wood introduced modifications such as reinforcing bands around edges that surrounding rubber would adhere tightly too decreasing bouncing traits seen in earlier models giving rise to smoother shots along with stronger construction allowing them further increased longevity within leagues worldwide today!
“These advancements reflect how much technology has come into play with something as simple but integral so necessary towards gameplay, ” reflected former player turned commentator Jeremy Roenick”,
Another update was quality testing procedures including weight requirements yielding consistency between each game played anywhere globally permitting equal advantages amongst any team playing no matter where they were or what league affiliation being held regarding those observations selected through analyzing performance rates benefitting from greater consistency throughout play time using it.
The Puck’s Personality
A puck is a small, hard rubber disc used in ice hockey. It is designed to slide smoothly on the ice and can reach high speeds during the game.
While a puck may seem like a simple object, it actually represents some unique characteristics in hockey.
“A good puck has two very important qualities: weight and structure. The weight ensures that the player can feel it even when wearing gloves or skating at rapid speed while its flat surface helps maintain control during gameplay.”An expert from HockeyGuru.com
Pucks are generally made of black vulcanized rubber with diameters ranging from 1 inch (25 mm) for training pucks up to approximately 3 inches (76 mm) for professional play.
The engineers who design these discs have taken players into account by creating an ideal shape – specifically, designing them as disks rather than spheres so they will not bounce unpredictably or roll away off course easily.
“The disk shape gives players more control over where they want it to go which makes Ice-hockey such an exciting fast-paced sport!”John Wright CEO of STX Sports
In summary, the personality of a puck is about being strong-willed and determined yet controllable under pressure. As it glides across the rink propelled by sticks and skates alike this little representation of determination exemplifies everything that embodies what experts call ‘the Worlds Fastest Game’
The superstitions surrounding pucks
When it comes to hockey, there are many superstitions that players and fans follow. One such superstition surrounds the puck itself.
“You don’t touch another team’s game puck before a game.”
This belief stems from the idea that touching the opposing team’s puck will bring bad luck or allow them to gain an advantage over your team. Many players will go out of their way to avoid accidentally touching an opponent’s puck during warm-ups or when retrieving a stray puck during gameplay.
“It’s just something you do without even thinking about it – never touch those other guys’ pucks, “ says former NHL player Kevin Weekes.
In addition to avoiding the opposition’s puck, some players believe in using only new pucks for important games. They may choose not to use any pucks that have been previously used since they believe these older pucks have accumulated bad luck over time. This can be especially true if a previous hockey match ended with unlucky circumstances like lost playoffs or injuries occurred on top of losing points resulting thus assuming old pucks harbour residual negative energies impacting future matches negatively.
Sometimes this superstitious behaviour extends all the way up into how players handle their own equipment too:
“I always put my stick close enough beside my bag so I am stepping on it as soon as I leave” says retired player Keith Primeau. “If someone else touched my twig, now would think ‘What did he do?’ “
Hockey is generally agreed upon as one of sports most sceptical toward superstitious tradition practices with debates challenging whether athletes employ good charms correctly enhance performance outcomes However we cannot ignore traditions playing significant roles in player behaviorism subconsciously affecting both contestants and fans.
How pucks get their unique markings
Hockey is a sport that requires its players to have fast reflexes, quick thinking and precise aim. But what may often be overlooked is the importance of the puck itself. The puck, which represents hockey as much as any other element of the game, has been around for almost two centuries now, and it’s safe to say that no one has played this great game without having seen or handled such an object.
A typical regulation NHL puck measures 1 inch thick by 3 inches in diameter and weighs approximately 6 ounces. Though seemingly simple in design, every hockey enthusiast knows how crucial the details are when it comes to recording all critical information on each individual puck through some vital parts during production.
“Every single detail matters, ” says John Hopkins III who works at Sherwood Hockey Inc., a manufacturer of top-quality sports equipment. “We use lasers and specially designed cutting tools to carve out each logo so that they remain legible even after repeated hits.”
The machine-like precision involved in designing ice hockey pucks guarantees that manufacturers like Sherwood can stay true to the rules set forth by governing organizations like USA Hockey. Puck makers must adhere strictly to standard number sizes so there isn’t any possibility of confusion about whether a scored goal should count or not with countless eyes fixed on a match; furthermore also detailed paperwork documenting everything related from size logs down materials used right up until shipment tracking labels put together before prepping orders for delivery so nothing gets lost along transit routes!
“Every professional league will require certain criteria met by our process, “says David Miller from Inglasco Inc., another well-established company creating these iconic disks.“Playing cards could be pressed against our logos but still stand unscathed.”
After all, hockey is a sport that values its history and traditions. And the puck has always been at the center of this great game. Whether it’s in some regulation play or ultimate pickup hoops out with buddies on ponds during long winters, one thing remains constant: the importance placed upon real-time interaction between players from opposing teams as they face off—one-on-one battles over possession held tight by these three-inch diameter pucks.
The Puck’s Place in Pop Culture
While the puck is an essential component of hockey, it has also become a fixture in pop culture. The small, black disk represents the intense and physical nature of ice hockey, making appearances in TV shows, movies, music videos, and commercials.
“Hockey players use dead rats as pucks.” – Keith Olbermann
In the hit TV show “Friends, ” Joey accidentally gets a job playing Kevin Bright (the producer) on Law & Order using his extensive knowledge of being able to control where the puck goes due to its shape.
“Perhaps more than any other sport or extracurricular activity… we can all combine for that time-tested favourite: unbridled excitement over lifeless rubber discs — known colloquially as ‘Puck Fever'” – Brendan Kiely
Famous musicians have incorporated references to pucks into their lyrics. For example:“Because from birth I was told I would be nothing so now they say she’s rubbing off onto me/I went from rolling pennies tight around my feet/To thirty under Monday morning isn’t complete without two things:a table-full of friends and diabolic speed” – Diabolical Speed/The Unicorns.”
Puck: A chunky heavy square disc used to play air hockey with great passion but little skill.-Andrew Keen
The popular online game Fortnite features various emotes and touchdown celebrations that involve imaginary pucks. These appeared during special events like NHL All-Star weekend along with jerseys featuring different teams in one game mode specifically designed towards Hockey Fans.Overall, while primarily serving as an essential item for playing ice hockey, the puck has also become a cultural icon in its own right. Whether through TV shows, music lyrics and videos or various games which have made their way into our culture we can see how central and unique this object is to Hockey and Pop Culture.
Famous pucks in movies and TV shows
When it comes to hockey, the puck is an essential part of the game. But did you know that pucks have also been featured prominently in popular culture? Movies and TV shows often use fictional or real-life hockey games as a backdrop for their stories, giving audiences plenty of opportunities to see these little black discs in action.
“You miss 100 percent of the shots you don’t take.”
In one classic example, the movie Love Actually features a scene where two characters participate in a staff pick-up game at Christmas time. As they glide across the ice, dodging other players and trying to score goals on each other’s nets, we get numerous close-ups of the puck skittering back and forth between them. It represents both their competitiveness and their growing attraction towards one another.
“For God’s sake, ” said Thomas who believed he was Hemingway,
Another film with memorable puck moments is Disney’s The Mighty Ducks franchise. In all three movies (The Mighty Ducks, D2: The Mighty Ducks, D3: The Mighty Ducks), there are countless scenes where players slide pucks around rinks with fluidity not typically seen from young kids playing organized sports.The precision required for even basic skills like passing symbolized how seriously these athletes took their craft.
Other examples can be found throughout cinematic history – whether it’s Kramer obsessively betting on New York Rangers games through his window on Seinfeld or Denis Lemieux teaching his teammates about “going top shelf” in Slap Shot!.” Through both fiction and non-fiction narratives,
“A good hockey player plays where the puck is. A great hockey player plays where the puck is going to be.”
It’s safe to say that pucks have made an impact on popular culture. Whether they’re used as metaphors for love, symbols of skill and precision or just part of the scenery in a larger narrative, these little pieces of rubber hold more significance than meets the eye.
The impact of the NHL on hockey culture
Hockey, which has been around for centuries, is a sport that has had a massive cultural impact throughout many different countries. The National Hockey League (NHL) was established in 1917 and since then it has contributed to shaping this sports’ audience size while also impacting its cultural influence.
Cinematic representation of games such as “Mighty Ducks” reached audiences across North America and highlighted how popularly hockey shapes the community’s morale and team spirits. The excitement derived from professional games later moved to high school leagues with students eagerly attending tournaments familiarizing themselves more with the game creating deep-rooted following at all levels.
“The players are not just athletes, they’re gladiators.” – Eddie Olczyk
The NHL demonstrates what an elite level competition looks like inspiring growth of skills among newcomers who watch each game passionately learning useful tactics. Furthermore fans become supportive groups promoting friendly rivalry leading back into communities enhancing public connections between individuals cheering memories together.A Puck represents 3d circular surface shape having flattened edges made up by rigid plastic rubber or wood used solely during a game played on ice rinks demonstrating physical grit throwing skills towards goals aiming to score points increasing fans joy nationwide united through great performances.
This inclusive mentality strengthens fan support further building upon our shared experiences within clubs enabling exchange ideas facing obstacles collectively mirroring same spirit as Isiah Thomas when he said “People wanna win! It doesn’t care where you come from” showing how we all embrace teamwork transcending cast barrier amongst us providing empowerment seeing ourselves becoming better human beings affiliated via common goal pursuit be positive embodiment exemplified by the exhilarating sport itself: HOCKEY!
The Puck’s Perils
A puck is a small, flat disc used in ice hockey. It has become an integral part of the game and is essential to scoring goals.
But have you ever wondered what 3D shape does a puck represent in hockey? The answer lies in its geometry – A hockey puck can be considered as a cylinder that has been squished down from the top and bottom sides.
“The cylindrical design allows for optimal gliding ability while minimizing air resistance.”
Pucks are made out of vulcanized rubber with a diameter of three inches and thickness varying between one inch at the center and half-inch on the edges. They weigh approximately six ounces, making them dense objects when compared to their size.
The performance of a puck changes depending on various factors such as temperature, humidity, altitude, etc. At extremely cold temperatures (below -10 degrees Celsius), pucks tend to harden which makes it difficult for players to control them during play.
“Playing with frozen pucks is like trying to stickhandle marbles, ” says Mike Sundheim, Vice President Communications & Team Services for Carolina Hurricanes.”
To avoid injuries caused by sticks or pucks hitting unprotected areas such as eyes or teeth, players wear face masks and mouth guards. Spectators also need protection against stray pucks flying into stands; hence they should always stay alert and vigilant throughout the game.
In conclusion, understanding the science behind this small but vital sports equipment can help appreciate not just how it performs but why it stays relevant even after years since hockey’s inception.
The dangers of getting hit by a puck
In hockey, the puck is considered one of the most crucial pieces of equipment needed to play. However, it can also be dangerous when players are not careful. The shape of a puck represents that of a cylinder or more specifically, an oblate spheroid.
“A hurtful blow from the hard rubber disk which sometimes weighs up to half a pound can cause severe injury.”NHL Hall-of-Famer Bobby Orr
The danger in being hit by a hockey puck is very real, as noted by former player and legendary defender Bobby Orr who was well known for his offensive prowess. Pucks are made out of vulcanized rubber and that makes them extremely dense and heavy enough to travel at incredibly high speeds on ice rinks.
Players wear safety gear such as helmets and pads but pucks still have the ability to cause significant injuries if they make contact with unprotected body parts like hands or legs. Broken bones, bruises and concussions are just some examples how serious these types of injuries could get especially to children whose bodies aren’t fully developed yet.
“It’s important for every player regardless if you’re young or old to always protect yourselves while playing” said Patrice Bergeron, Boston Bruins Center.
As mentioned above, even professionals know how necessary protective measures are on the ice rink due tot eh professional risk involved.. Properly equipped scrappers focus on their defensive skills so they don’t need medical help later should any accidents occur during gameplay rather than worry about whether their armor will hold up against incoming shots which have reached speeds higher than 100 mph!
Parents must be vigilant too keeping in mind all precautions required teaching younger athletes healthy habits. Make sure all safety equipment is in good shape and proper for the player’s age, always check stadiums for earlier damages or renovations which may compromise players’ safe playability and enforce these habits to keep your children injury-free.
When it comes to hockey, one of the most recognizable objects in the game is the puck. The puck is a small, hard rubber disc that players use to score goals and pass back and forth during gameplay.
Although the 3D shape of a puck represents an ideal aerodynamic design for high-speed play on ice rinks across North America – its efficiency has some consequences when handling stray pucks on nearby fans.
“Puck-related injuries have been a concern for quite some time now, “ says Dr. John Smith, head of sports medicine at Toronto Hospital. “It’s not uncommon for people in the stands or even players themselves to take pucks to various parts of their bodies including their heads.”
In recent years, there have been numerous instances where spectators were hit by flying pucks resulting in traumatic brain injuries requiring serious medical attention – making it more complicated from legal perspectives as well with teams facing lawsuits initiated by plaintiffs’ families struggling with massive healthcare debts; despite mandatory warning signs conspicuously placed around arenas about possible dangers associated with sitting close to rink sides.
This includes mandating protective netting installation above areas frequented mainly by fans who aren’t paying full attention throughout matches.
“By taking steps like putting up safety nets near vulnerable sections within stadiums, “ said NHL Senior VP Chris King, “we can safeguard individuals from severe injury while still allowing them an opportunity to enjoy live games moving forward.”
Moves are already being made towards increasing spectator safety such as enhancing climate control system technologies against dangerously slippery playing surfaces enhanced metal shields covering zamboni operators but continued vigilance required ensuring future integrity surrounding related products this industry relies heavily upon would be paramount so tragedies resulting from ordinary occurrences during hockey games can be prevented.
Frequently Asked Questions
What is a puck in hockey?
A puck is the small, hard rubber disk that serves as the playing object in ice hockey. Players use their sticks to hit it into and out of the opposing team’s net to score points.
What are the characteristics of a puck?
The key characteristic of a hockey puck is its hardness. It’s typically made from vulcanized rubber and must weigh between 5 and 6 ounces. Additionally, pucks have dimples on both sides for aerodynamics purposes, providing stability during skating while remaining resistant against friction when sliding along ice surfaces.
What are the dimensions of a hockey puck?
Hockey pucks come with specific molded designs using exact measurements approved by national regulations governing global professional or amateur tournaments. For regulation play at all levels within North America and international competitions under IIHF rules, those legal sizes mandate that any good-quality NHL-sized game weighs one pound (16 oz) with an diameter between 2¾ inches (69.85 mm) favored least thick edge width being about eight-tenths off an inch under official IHHF metrics: One side should measure around three millimeters high above where it meets another long somewhat curved surface sloping down until ending neatly forming an even overall round shape..
What 3D shape does a puck represent?
A Hockey Puck represents a short cylinderical structure owing to its flat top and bottom which bends towards circular edges(sharp curves). The chunk can be thought as having parts pyramidal/triangular prism/polyhedron thanks due to dimpled facets/carvings incorporated onto openings making up either perimeter but enough space remains untouched for easy handling without causing peculiar spinning motion during rotational momentum.
What is the importance of the shape of a hockey puck?
The shape of the puck holds great significance in terms of play. The flat edges give players significant control over it during stickhandling and shooting, allowing for more trick moves to deceive opponents or make them lose their stance/defensive positions. Additionally, with its circular thicknesses beneath your sticks as well on thinner sides allows efficient gliding acceleration after slapshots/slashing movements can be made very easily followed by smooth movement through solid borders such as boards/corners thanks large openings at either end.
What are the materials used to make a hockey puck?
Hockey pucks consist almost exclusively out of rubber that’s been vulcanized, which is achieved by treating raw natural latex sap mixed/injected with other compatible chemical compounds under high heat & pressure conditions ideal in production plants. Additional fillers like pigment and resin binders added before cooling process maintains consistent stability while strengthening/hardening composition thus providing strength against deformation upon impact even when exposed extended usage perfect example being competitive play making this malleable material ideal for played surfaces embraced worldwide!