| Engineering Parameter | Specification |
|---|---|
| Product Designation | TRADITIONAL (Teardrop Padel Racket) |
| Geometric Shape | Teardrop shape, engineered for control/balance |
| Total Length (with tolerance) | 455mm +/-5mm |
| Total Weight (with tolerance) | 360g +/-10g |
| Uniform Cross-Sectional Thickness | 38mm |
| Internal Core Composite Type | High Density EVA |
| Internal Core Hardness Spectrum | 13-19 degree hardness range |
| Frame Material Matrix | 100% Carbon frame construction |
| Face Surface Laminate Options | Glassfiber / UD / 3K / 12K / 18K composite surfaces |
| Industrial Finish Application Methods | Matte / Glossy / Sanding / 3D Decal painting |
| Handle Size Geometry | Tennis Handle-4 1/4 configuration |
1.What are the core structural components of the TRADITIONAL teardrop padel racket?
The frame uses 100% carbon construction paired with a High Density EVA core and a multi-tier face surface option matrix (Glassfiber/UD/3K/12K/18K). These components form the primary structural and surface system of the racket.
2.How do face sheet K count variations and core density degrees affect performance parameters?
Higher K counts (12K/18K) generally increase surface stiffness, affecting ball exit speed, while lower counts (3K/UD/Glassfiber) affect flex characteristics. Core hardness across the 13-19 degree range adjusts impact recovery and control feel.
3.What weight tolerances should buyers verify before mass production ordering?
The base weight profile is 360g +/-10g; this range should be confirmed against target market and regulatory requirements before production sign-off.
4.What custom branding methods are available for OEM/ODM private label programs?
3D decal application and sanding finish protocols are available alongside matte and glossy painting options for custom branding. Buyers should confirm finish selection and surface laminate compatibility during sample approval.