How golf balls are made

Let’s learn about how golf balls are made! Even though they are small, they are made in a really cool way. Raw materials are turned into a powerful and good-looking final product using a complicated process. Golf balls are made by creating a solid center, adding layers around it, and then covering it with a strong outer layer. Every procedure is carefully executed to guarantee the ball’s perfect dimensions, weight, and performance. Whether you’re an expert or new to golf, get ready to learn how golf balls are made!

How golf balls are made

The golf ball should production is an artistic and scientific endeavor, with each step improving the finished product. It’s amazing to observe the process of making these little but crucial pieces of equipment, whether you’re a seasoned golfer or just inquisitive. Several processes contribute to the final quality and playability of a golf ball. Here is a detailed description of each stage:

Making the core

The core is the driving force behind the golf ball, giving it its initial momentum and bounce. A synthetic material like polybutadiene is often used to create the circular core. See the following for a more in-depth discussion of how the center was formed:

  • Mixing the ingredients: The core is made by mixing various synthetic materials, such as polybutadiene and zinc acrylate, with a chemical blowing agent. It is then heated until a dough-like consistency forms.
  • Molding the core: The dough-like mixture is then molded into a sphere shape using high-pressure machines. The machines apply intense pressure to the mixture, compressing it into a dense, solid core.
  • Curing the core: The molded core is then baked to cure the mold. The chemical blowing agent is activated by the heat, and the core expands and hardens ever so slightly.

The core is the driving force and bounce of the golf ball. Manufacturers are extremely careful to ensure that each core is constructed to rigorous standards because of how much of an impact the core has on the ball’s overall performance.

Curing the core

Curing the core is an important step in the production of golf balls, as it helps to solidify and stabilize the core, preparing it for the addition of the mantle and cover. Curing also helps to activate the chemical blowing agent, causing the core to expand slightly and become even more solid. More information on the curing procedure is provided below:

  • Preheating the oven: It’s important to get the oven up to temperature before putting in the core. The temperature will vary depending on the specific materials used to make the core but typically ranges between 200 and 300 degrees Fahrenheit.
  • Placing the core in the oven: The molded core is then baked for a specified amount of time, usually between 15 and 30 minutes, to cure.
  • Monitoring the curing process: All aspects of the curing process, including temperature and time, are meticulously tracked to guarantee that the core is properly cured.
  • Cooling the core: Remove the core from the oven once the curing time is up and let it cool to room temperature. After the core has cooled, the mantle can be added to it.

Curing the core is a critical step in the production of golf balls, helping to solidify and stabilize the core and ensuring that it will perform as expected. The curing process is carefully controlled to ensure that each core meets strict quality control standards and that each ball will provide golfers with the performance and durability they require.

Adding the mantle

When manufacturing a golf ball, the mantle is an essential component since it affects the ball’s spin and distance. A thin substance, such as thermoplastic urethane (TPU), is layered several times around the central core to create the mantle. A more in-depth explanation of the mantle’s addition follows:

  • Prepping the core: The core must be carefully cleansed before the mantle is put.
  • Applying the mantle: The mantle material is melted and then extruded, or stretched, into thin sheets. These sheets are then wound around the core, forming multiple layers of the mantle.
  • Curing the mantle: The mantle is cured in an oven after it has been applied so that it can harden and fuse to the interior. The heat also works to smooth out the mantle and get rid of any creases or bubbles.

The mantle is a crucial component of a golf ball because it affects both the spin and the distance of the ball. Golf balls can differ in performance based on a number of factors, including the number of layers in the mantle, the nature of the mantle material, and the thickness of the mantle. The mantle is made with great care to make sure each ball performs to the highest standards and provide players the advantage they need out on the course.

Covering the ball

Covers are the final component of golf balls, and they serve two purposes: protection and improved play. The mantle is typically coated with a durable yet malleable material, such as ionomer or urethane. We take a closer look at the process of covering the ball down below:

  • Prepping the mantle: Before the cover can be applied, the mantle is thoroughly cleaned to ensure a smooth and even surface.
  • Molding the cover: The mantle is covered in a molten substance before being shaped. In order to guarantee that each ball is of uniform size and weight, the cover is molded to a certain thickness and shape.
  • Cooling and solidifying the cover: The cover is formed and then cooled and solidified. The cover’s creases and bubbles can be pushed out of the way by the cooling process as well.

The cover of a golf ball is essential since it affects the ball’s durability and playability. Differences in performance can be seen between golf ball models due to subtleties in design, such as cover material, cover thickness, and cover pattern. Each ball’s cover is made to stringent specifications to guarantee the necessary durability and playability for golfers.

Quality control

The production of golf balls relies heavily on quality control to guarantee that every single one is up to par and can withstand repeated use without losing its performance or durability. Each ball is examined for flaws and irregularities during quality control, and only those that are up to par are used in the game. Check out this detailed breakdown of the quality assurance steps:

  • Visual inspection: Each ball undergoes a thorough visual inspection for flaws such uneven surfaces, odd forms, and discoloration as the first stage in the quality control process.
  • Measurement and weighing: Next, each ball is measured and weighed to ensure that it meets specific size and weight requirements. This helps to ensure that each ball will perform consistently and provide golfers with the right feel and balance.
  • Compression testing: Each ball’s compression is measured and compared to industry norms to guarantee quality. The ball’s distance and playability on the course are both affected by its hardness, which may be measured using compression testing.
  • Dynamic testing: Finally, each ball is subjected to dynamic testing, where it is struck with a machine to simulate the conditions it will experience on the course. This helps figure out how the ball will perform, like how far it will go, how it will spin, and how it will feel.

Each golf ball must be made to to specifications, and quality control is a crucial part of that process. Each ball will have the same level of performance thanks to the rigorous quality control procedure, which is essential for giving golfers the edge they need out on the course.


Once the quality control process has been completed and each ball has been approved for use, the final step is packaging. Packaging helps to protect the balls during transport and storage, and also provides a convenient and attractive way for golfers to purchase and use the balls. Taking a closer look at the packaging procedure:

  • Counting the balls: Ball counting is the first step in the packing process to ensure the right quantity of balls is placed in each container.
  • Packaging the balls: The approved balls are then packaged in a variety of containers, ranging from individual sleeves to bulk packages. The packaging material is chosen to protect the balls and to provide a durable and attractive container.
  • Sealing the container: After the balls have been placed within the packaging, the container is sealed to prevent damage to the balls while in transit or storage.
  • Labeling the container: Labeling the container with essential information like manufacturer, ball type, and other facts is the last step in the packaging process.

Packaging is an essential part of making golf balls because it keeps the balls safe during transport and storage and gives players a simple and aesthetically pleasing way to buy and utilize the product. Each ball goes through a stringent quality control process before packaging to guarantee that golfers get the best possible product.

What golf balls are made in the USA?

There are several golf ball brands that are manufactured in the United States. These are some of the most well-known American-made brands:

  • Titleist: An American company, Titleist is headquartered in Fairhaven, Massachusetts. Titleist, one of the world’s largest golf ball manufacturers, is widely recognized for its high-caliber golf balls, which are accessible to golfers of all ability levels.
  • Callaway: Callaway is an American company that is based in Carlsbad, California. Callaway is known for its innovative golf equipment, including golf balls, clubs, bags, and accessories.
  • Bridgestone: Bridgestone is a Japanese manufacturer with a factory in Covington, Georgia. Bridgestone is known for producing high-quality golf balls that are designed to meet the needs of golfers of all skill levels.
  • Srixon: Srixon is a Japanese company that has a manufacturing facility in Chicopee, Massachusetts. Srixon golf balls are well-known for their high levels of playability, longevity, and feel.


The distance that a golf ball can be hit varies depending on several factors, including the player’s strength and technique, the type of club used, and the characteristics of the golf ball. On average, a well-hit drive from a professional golfer can travel between 250 and 300 yards, while the average drive for an amateur golfer may be closer to 200 yards.

The Volvik Golf Company, which is based in South Korea, is the company that makes Volvik golf balls. Founded in 1983, Volvik has become one of the leading manufacturers of golf balls, offering a wide range of products designed for golfers of all skill levels. The company is known for its high-quality products, innovative design, and cutting-edge technology, and has become a popular choice among golfers around the world.

Srixon golf balls are made by Srixon Sports Co., Ltd, which is a Japanese sports equipment manufacturer. Srixon is a well-known brand in the golf industry and is known for producing high-quality golf balls, golf clubs, and other golf equipment. The company has a long history of innovation and is dedicated to providing golfers with the latest technology and performance features to help them play their best. Srixon golf balls are used by golfers of all skill levels and are known for their exceptional performance and durability.

TaylorMade golf balls are made by TaylorMade Golf Company, which is an American manufacturer of golf equipment, accessories, and clothing. The company is known for its innovative design, high-quality products, and cutting-edge technology, and has become a popular choice among golfers of all skill levels. TaylorMade golf balls are designed to provide maximum performance, durability, and feel, and are used by golfers around the world.

The inside of a golf ball consists of a core (usually made of synthetic rubber), a mantle (usually made of synthetic rubber or thermoplastic materials), and a cover (usually made of Surlyn or urethane). These components work together to provide distance, control, spin, and feel to the golf ball.


Making a golf ball is a complicated and exact process with many different steps. It takes many years of research and engineering to create a golf ball that performs well and lasts a long time. The ideal ball would have an excellent performance, feel, and durability. It doesn’t matter if you’re a new player or a professional, the golf ball you pick will make a big difference in how you play. If you understand the process by which golf balls are manufactured, you will be more prepared to select the ideal ball for your needs.

Jake Paul