Padel Racket 18K Carbon Fiber

Key Features & Benefits

• 18K Carbon Fiber weave face delivers torsional frame stiffness exceeding lower-density carbon fiber layups for sustained competitive load transfer.
• Pre-installed premium EVA core provides kinetic control at ball contact, supporting balanced play feel across sustained rally sequences.
• Long-life Water Transfer Printing produces a wear-resistant corporate branding layer with verified print durability under repeated handling cycles.
• High-comfort, moisture-wicking PU grip tape wrapping provides resilient anti-slip operation during extended high-intensity play sessions.
• Standardized total frame weight of 355–365g maintains batch-level consistency across bulk production and distribution runs.
• Fixed geometric boundaries of 445–455mm length, 250–260mm width, and 38mm thickness preserve dimensional repeatability across supply contracts.

Applications

• High-volume commercial sports equipment retail shelf networks stock the 18K carbon fiber racket for direct multi-location consumer distribution.
• Inventory supply channels for global athletic hardware distributors use the fixed dimensional and weight tolerances to standardize bulk fulfillment logistics.
• Continuous-use commercial club court operations deploy the 18K carbon fiber and EVA core construction for sustained high-frequency play volume.
• Standardized elite tournament supply fleet contracts specify the 355–365g weight band and 445–455mm length range to meet uniform equipment procurement requirements.

FAQ

1. What is the core structural composite matrix of the 18K racket?
The racket face uses a high-modulus structural 18K Carbon Fiber weave fabric paired with a pre-installed premium EVA core. This configuration provides frame rigidity with internal vibration-dampening support.

2. What are the confirmed frame dimension and mass compliance boundaries?
The unit is manufactured within a length range of 445–455mm, width of 250–260mm, thickness of 38mm, and a target weight band of 355–365g. These dimensional and mass tolerances apply across bulk production batches.

3. How durable is the Water Transfer Printing graphic application?
The frame uses long-life Water Transfer Printing with verified print durability and finish quality confirmed through manufacturing history. Specific abrasion or wear-cycle test metrics are not specified in current documentation.

4. How does the 18K carbon fiber layup compare structurally to 12K carbon fiber or fiberglass frames?
The 18K Carbon Fiber weave provides a higher-density fabric layer than the 12K configuration, supporting greater torsional stiffness at the racket face. Specific deflection index or stiffness coefficient comparisons against 12K carbon fiber or fiberglass are not specified in current documentation.