Spring Su

About Spring Su

Hi, I'm Spring Su, the funder of Mayvocisport.com. I've been running a factory in China that makes pickleball equipment for 5 years now, and the purpose of this article is to share with you the knowledge related to pickleball from a Chinese supplier's perspective.

Youth Pickleball Paddle Design Guide: Weight, Grip, Length, Balance, Durability & School Sets

This blog highlights the growing interest in pickleball among young players, emphasizing the need for advanced children's paddles. It discusses the technological gap between adult and children's paddles and introduces key considerations for designing better paddles for youth, such as control, shock absorption, and durability.

By |2026-08-23T22:13:06+08:00July 28, 2024|Categories: Pickleball Equipment Knowledge|0 Comments

PP Honeycomb Core for Pickleball Paddles: Cell Size, Density, Virgin vs Recycled PP, Crushing, Bonding & QC

Learn how PP honeycomb cores affect pickleball paddle performance and quality, including cell size, density, virgin vs recycled PP, flatness, crushing, bonding and incoming QC.

By |2026-08-21T17:37:03+08:00July 15, 2024|Categories: Paddle Technology & Materials|0 Comments

Pickleball Paddle Core Materials Explained: PP Honeycomb, Foam, EVA, EPP, TPE & Hybrid Cores

A practical guide to pickleball paddle core materials and structures, including PP honeycomb, foam families, full-foam, foam-reinforced and hybrid concepts, with links to deeper engineering topics.

By |2026-08-23T13:04:23+08:00July 11, 2024|Categories: Paddle Technology & Materials|0 Comments

Pickleball Paddle Face Materials Explained: Fiberglass, Carbon Fiber, Kevlar, Titanium & Hybrid Faces

A practical guide to pickleball paddle face materials, separating fiber, resin, layup and surface finish so brands and players can compare fiberglass, carbon fiber, Kevlar, titanium-related and hybrid constructions accurately.

By |2026-08-23T11:35:45+08:00July 9, 2024|Categories: Paddle Technology & Materials|0 Comments

Cold-Pressed Pickleball Paddle Handle Construction: Materials, Bonding, Failure Modes & QC

This blog discusses the persistent issue of grip discomfort in cold-pressed pickleball paddles and explores innovative solutions and market trends. We delve into user complaints, potential improvements, and the implications for manufacturers and players. This discussion aims to shed light on whether enhancing grip comfort can provide a competitive edge in the pickleball market.

By |2026-08-23T21:57:03+08:00July 5, 2024|Categories: Pickleball Equipment Knowledge|0 Comments

Titanium Carbon Fiber Pickleball Paddles Explained: Structure, Feel, Spin & OEM Positioning

A buyer-focused guide to titanium carbon fiber pickleball paddles: how to define the actual layer or material, separate structural and surface effects, validate performance claims and build an unambiguous OEM specification.

By |2026-08-23T11:53:17+08:00June 29, 2024|Categories: Paddle Technology & Materials|0 Comments

Fiberglass vs T300 vs T700 Carbon Fiber Pickleball Paddles: Performance, Cost & OEM Use Cases

Compare fiberglass, T300 and T700 carbon fiber for pickleball paddle development, including what fiber grade does and does not tell you, laminate architecture, cost, processing and OEM prototype strategy.

By |2026-08-23T11:45:13+08:00June 16, 2024|Categories: Paddle Technology & Materials|0 Comments

Pickleball Paddle Grit & Particle Surface Guide: Textured Coatings, Hexgrit, Spin, Wear & QC

Learn how grit and particle-based pickleball paddle surfaces are built and controlled, including particle size, binder, Hexgrit-style systems, wear, adhesion, lot consistency and defensible spin claims.

By |2026-08-23T11:13:19+08:00June 14, 2024|Categories: Pickleball Buying & Player Guide|0 Comments
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