If you’re interested in bowling, then there’s no doubt that at some point, you’ve wondered what is inside a bowling ball. You might have even wanted to know how many layers there are within the ball and if the material used for making it can be recycled. This article covers:
1. What materials are usually found inside a bowling ball and their purpose
2. How many layers of material are typically found inside a top-quality top quality bowling ball
3. How quality bowling balls are made
4. The nature of all-wood bowling balls
5. What types of materials can be recycled for use in making new bowling balls.
1. What Materials Are Usually Found Inside a Bowling Ball and Their Purpose
The basic purpose of the coverstock of a bowling ball is to create friction with the lane to impart revolutions on it. The center of the bowling ball is there for conduction purposes; it conducts vibrations from the coverstock to allow players to get a sense of how their ball is performing while they are still in motion.
The materials used for making these two bowling balls are usually different types of plastics, though more expensive varieties might feature materials like urethane. The density of plastic can be very different from modern bowling balls, based on their intended use.
2. How Many Layers of Material Are Typically Found Inside a Top-Quality Top Quality Bowling Ball
The first and most important layer of any bowling ball is the core, which should be made of a hard plastic that can withstand a lot of pressure. The next layer is usually responsible for creating friction as you roll the ball down the lane; it’s called the coverstock. For this reason, many top manufacturers use as many as five layers to make sure they create perfect friction every time you play.
3. How Quality Bowling Balls Are Made
Since multiple layers need to be perfectly aligned and glued together, manufacturers often invest several days into producing single high-quality balls and not just making large batches and then choosing those produced perfectly. The best bowling balls are produced in a process known as a “Spin Bowling Ball.”
4. The Nature of All-Wood Bowling Balls
This is the very heart of the topic, how three different types of materials can interact with one another to create a ball that rolls in the least amount of friction possible upon the lane. The material used for this purpose determines whether or not a ball will bounce out after it has landed on the lane. Wood is often used in top-quality bowling balls to help absorb shocks when they land on lanes, and this makes sense when you consider that it’s much softer than other materials. Because wood also tends to be much denser than its counterparts, modern balls retain noise and thud after landing on specific lanes.
5. What Types of Materials Can Be Recycled for Use in Making New Bowling Balls
Though with the modern state of recycling, most manufacturers are doing their very best to reuse what they can when it comes time to make newer equipment to curb the ever-growing depletion in our landfills. This is done by employing methods of recycling that are nearly impossible for other industries to employ. Recycled materials are still quite expensive, though, so it’s not uncommon for manufacturers to use more of them than what they think they can get back at the end of the day.
What Material Is Used Inside the Bowling Ball?
There are several different materials, including urethane, polyurethane, acrylic and composite materials. The majority of composite materials are made from recycled plastic bottles.
The most common materials used for the coverstock are a combination of urethane and either acrylic or polyurethane. Urethanes are easy to produce because they are easily molded; they are often printed on plastic sheets that can then be heated and stretched into shape under mechanical pressure. The exact process also produces Polyurethanes; it’s just that the printing occurs on a material made out of wood flakes instead of plastic. Urethanes make up about 15% to 25% of the coverstock in modern bowling balls (the other 75% is usually made up of different types of plastics.
In terms of functionality, urethanes have several purposes. They help create the right amount of friction to allow the ball to slide down the lane for long periods without falling. They also allow for a consistent release that offers consistent results. Urethanes are not completely clear, though; they create a haze to make it easier to see where you’ve hit the ball on the lane, which helps players improve their aim.
Urethane is also used in other areas besides bowling balls, such as tennis rackets and even baseballs. Urethane can be produced from a naturally explicit oil-based material but fogs up inside certain weather conditions.
When looking to invest in a new bowling ball, it’s essential to know what you are getting into before buying one. You can do this by learning about the different materials used in making the best of the best balls. Knowing exactly how they are made can help you determine which ones will be right for your game.