Custom Pastel Pink Padel Rackets for Women

Padel rackets consist of a solid frame, a perforated hitting surface, and a grip assembly. The pastel‑pink coating is applied as a thin, UV‑stable polymer layer that does not alter the underlying mechanical properties, allowing the racket to meet the same performance criteria as standard models while providing a distinct visual option for female athletes.

Material Composition and Construction

The frame utilizes a unidirectional carbon‑fiber layup with a nominal tensile strength of 4.5 GPa and a modulus of 230 GPa, oriented at 0°, ±45°, and 90° to optimize torsional stiffness and impact resistance. A foam core of expanded polypropylene (EPP) with a density of 30 kg/m³ fills the interior, contributing to a lightweight structure while dampening vibration frequencies above 150 Hz.

The striking surface is fabricated from a woven glass‑fiber reinforcement impregnated with a flexible epoxy resin, resulting in a face thickness of 3.2 mm and a perforation pattern of 12 mm diameter holes spaced 18 mm apart, which balances airflow reduction with surface rigidity.

Dimensional Specifications

Overall length is regulated to 455 mm ± 2 mm, with a maximum width of 260 mm and a thickness profile that tapers from 22 mm at the throat to 18 mm at the tip. The head size, defined by the outer perimeter of the striking surface, measures 380 mm².

Weight distribution is expressed as a balance point measured from the handle end; standard models sit at 340 mm, providing a head‑heavy feel that favors power shots. Swingweight, calculated using the pendulum method, averages 285 kg·cm² for the baseline configuration.

Surface and Grip Options

The pastel‑pink finish is a polyurethane‑based coating with a Shore A hardness of 85, applied at a thickness of 40 µm to ensure abrasion resistance while maintaining a low gloss level (< 15 GU). The coating undergoes a 2‑hour cure at 80 °C to achieve full cross‑linking.

Grips are available in three circumference sizes: 100 mm (small), 106 mm (medium), and 112 mm (large), each wrapped with a synthetic leather overlay featuring a micro‑textured pattern that yields a coefficient of friction of 0.45 against a dry palm surface. Overgrip layers can be added to increase thickness by 1.5 mm per layer without altering the underlying geometry.

Customization Parameters

Buyers may adjust the following variables within the indicated ranges to suit individual playing styles or team branding requirements:

• Frame weight: 340 g to 380 g (± 5 g tolerance)
• Balance point: 320 mm to 360 mm from handle end
• String pattern: 12 × 12 to 16 × 16 (main × cross)
• Graphic/logo placement: up to 30 mm × 30 mm area on the throat or shaft
• Core material: EPP (30 kg/m³) or low‑density EVA (25 kg/m³)

Each customization request triggers a finite‑element analysis to verify that natural frequencies remain outside the 150 Hz–250 Hz range associated with player discomfort.

Typical Specifications vs. Customizable Ranges

Manufacturing Process and Quality Control

Frames are produced using a compression‑molding cycle: pre‑impregnated carbon‑fiber sheets are laid into a heated mold (180 °C) and pressurized at 3 MPa for 4 minutes, followed by a post‑cure at 200 °C for 30 minutes to achieve full resin polymerization. The foam core is inserted prior to molding to ensure uniform encapsulation.

After molding, each racket undergoes a three‑stage inspection: dimensional verification using a coordinate‑measuring machine (± 0.1 mm tolerance), modal analysis to confirm first bending frequency between 180 Hz and 220 Hz, and surface‑finish inspection with a gloss meter to ensure the pastel‑pink coating remains below 20 GU. Batch samples are subjected to an impact test (drop‑weight 5 J) with a pass criterion of no visible delamination.

Applications and Performance Benefits

The combination of a head‑heavy balance and a moderate swingweight enables female players to generate higher ball velocities on serves and volleys while maintaining maneuverability for defensive shots. The reduced vibration transmission, measured at less than 0.8 g RMS at the handle during a 30 mm ball impact, contributes to lower forearm fatigue during extended play sessions.

The pastel‑pink coating does not affect aerodynamic drag; wind‑tunnel testing shows a drag coefficient of 0.58 ± 0.02, identical to the uncoated baseline. This allows teams to use the color for visual identification without compromising on‑court performance.

Frequently Asked Questions

• Can dimensions be customized beyond the standard lengths? Length adjustments are limited to ± 5 mm due to regulatory constraints; any deviation requires a formal waiver from the governing body.
• What information is required before a quotation? We need the desired weight, balance point, grip size, core material choice, and any graphic artwork in vector format (AI, EPS, or SVG) with specified Pantone references for the pastel‑pink area.
• How is quality inspected for each batch? Every lot undergoes dimensional CMM checks, modal analysis, and adhesion testing of the coating (ASTM D4541) with a minimum bond strength of 2.5 MPa.
• What packaging methods are available for export? Rackets are packed in individual corrugated sleeves with corner protectors, then placed in double‑wall cartons (ECT 32) with internal bracing to withstand 1.5 g vertical shock.
• What is the typical production lead time? Standard lead time is 4 weeks for orders up to 200 units; larger volumes are scheduled based on mold availability and are confirmed upon order receipt.

For further technical details or to request a sample kit, please contact our engineering team.