by Edward lee | Aug 17, 2026 | Blog
Summary: Pickleball paddles use carbon fiber in two ways: a grade (T300 or T700) that defines strength, and a tow size (3K, 12K, or 18K) that defines the weave. This guide explains both, compares surface finishes, and shows how to verify the carbon spec a supplier... by Edward lee | Aug 17, 2026 | Blog
Summary: A carbon fiber paddle batch can fail in many ways — weight drift, delamination, surface cracks, or ink chipping. This guide covers the 12 QC checkpoints a factory should run before shipment, the data you should receive, and the questions to ask before you... by Edward lee | Aug 17, 2026 | Blog
Summary: Weighted tape changes how a paddle swings, not just how much it weighs. It can raise power, widen the sweet spot, or make the paddle feel lighter and faster — depending on where you put it. This guide covers placement, amounts, compliance, and how brands can... by Edward lee | Aug 17, 2026 | Blog
Summary: MOQ is the smallest order a factory will produce per model. For carbon fiber paddles, the standard OEM MOQ is 200 units; custom ODM designs typically start at 500. This guide explains how MOQ works, what changes it, and how to structure orders to minimize... by Edward lee | Aug 14, 2026 | Blog
Summary: There is no single paddle price. Cost is driven by six factors: face material, core, construction method, thickness, surface treatment, and packaging — plus one-time fees. This guide breaks down each cost driver, gives realistic budget ranges by tier, and... by Edward lee | Aug 13, 2026 | Blog
Summary: Three partnership models exist for carbon fiber paddles: OEM (you design, we build), ODM (we co-develop around your goals), and OBM (ready-to-sell designs under your brand). This guide compares them on design input, tooling, MOQ, cost, and speed — so you can...