As an OEM manufacturer with over 5 years of experience in floorball stick production, we objectively analyze the application differences between carbon fiber and aluminum materials based on international equipment standards (e.g., IFF regulations) and mass production practices. This article serves as a technical reference for brand owners and procurement teams to optimize product line planning.
Carbon fiber sticks have demonstrated lightweight advantages through laboratory testing: T700-grade prepreg molded sticks maintain weights between 180-280g (30%-35% lighter than comparable aluminum products). In 30-minute continuous striking tests with professional athletes, muscle fatigue indices decreased by 22% (Source: Journal of Sports Engineering, 2022). Their high energy transfer efficiency (82%-92%) suits forwards' rapid directional changes, commonly seen in professional tournaments like the WFC (World Floorball Championship).
Aluminum sticks exhibit proven durability: 6061 alloy sticks withstand 480N instantaneous impacts without permanent deformation in simulated school gymnasium floor tests (ASTM F3049 standard). Performance variation remains below 5% across -20°C to 40°C environments (validated by ISO 9227 salt spray testing), meeting year-round outdoor usage in Nordic countries.
Carbon fiber stick clients (professional clubs, premium retailers) typically require:
Adjustable shaft curvature for personalized striking styles
Grip circumference tolerance control (±0.5mm) for ergonomic optimization
Minimum order quantity (MOQ) 500 units with 25-day lead time
Aluminum stick buyers (educational institutions, mass-market brands) prioritize:
Tube wall thickness reduction, reducing material costs by 15% while maintaining 380MPa bending strength
25-day rapid delivery for orders above 5,000 units with standard yellow/blue/red finishes
Retail pricing at low (covering 80% of school procurement budgets)
