by Edward lee | Jul 28, 2026 | Blog
What Is Swing Weight and Why It Matters in Pickleball Paddle Design Understanding the Difference Between Static Weight and Swing Weight Static weight is the total weight of the paddle on a scale. Typically 220–240 g for cold-pressed paddles. Swing weight is how heavy... 
by Edward lee | Jul 28, 2026 | Blog
Why UV Graphic Chipping Has Become a Common Challenge in Pickleball Paddle Manufacturing Understanding Graphic Peeling and Chipping Issues on Paddle Surfaces UV graphic chipping occurs when the printed design separates from the paddle face. It starts at the edges —... 
by Edward lee | Jul 28, 2026 | Blog
Understanding Polypropylene Honeycomb Core in Pickleball Paddle Manufacturing What Is a Polypropylene Honeycomb Core? PP honeycomb core is a hexagonal cell structure made from polypropylene plastic. It sits between the two face sheets of a pickleball paddle. The cells... 
by Edward lee | Jul 27, 2026 | Blog
Understanding Cold-Pressed Pickleball Paddles Typical Materials for Cold Press Cold-pressed paddles are made by bonding face sheets to a polypropylene honeycomb core under high pressure at room temperature. No heat. The handle is inserted and glued during the same... 
by Edward lee | Jul 27, 2026 | Blog
Differences Between Fiberglass and Raw Carbon Fiber Understanding the Basics Cold-pressed pickleball paddles are made by laminating face sheets onto a PP honeycomb core at room temperature. The face sheet material determines most of the paddle’s playing... 
by Edward lee | Jul 27, 2026 | Blog
Understanding Cold Press Molding The Process of Ambient Bonding Cold press pickleball paddle molding is a room-temperature lamination process. Fiberglass or carbon fiber face sheets are coated with epoxy resin. A PP honeycomb core is sandwiched between them. The stack...