Advanced Polymer Dynamics: MPP Core with Multi-Stage CNC Damping
Uniting Monolithic MPP Performance with Active EVA Boundary Damping for the Ultimate Plush Feel.
Modern players demand a paddle that offers extreme vibration damping without compromising sweet-spot responsiveness. Our Model 2027-4 R&D Architecture pairs an expansive Microcellular Polypropylene (MPP) central core with an outer EVA foam boundary, integrated via precision multi-stage CNC routing to eliminate high-frequency shock before it reaches the handle.
Structural Blueprint Breakdown
1. Monolithic MPP Central Engine
Uninterrupted Ball Dwell & Control:
The core area features high-grade Microcellular Polypropylene (MPP). Known for its superior isotropic mechanical properties, MPP delivers extremely uniform pop and an expansive sweet spot across the entire striking zone.
2. Active EVA Perimeter Damping Frame
Edge Expansion & Arm Safety:
Encapsulated with a high-rebound EVA foam boundary along the outer rim. This perimeter absorbs impact energy on off-center hits, significantly expanding forgiving playability to the edge while reducing joint strain.
3. Multi-Stage Interior CNC Cutout Channels
Structural Decoupling & Sound Modulation:
Engineered with concentric 0.5cm and 1cm precision CNC channels. These internal cutouts interrupt linear vibration paths, fine-tune the paddle’s acoustic signature, and reduce static swingweight for faster hand speed at the net.
ENGINEERING COMPARISON TABLE
Structural Comparison: Model 2027-4 vs. Standard Cores
| Performance Metric | Standard Honeycomb Core | Single-Density Foam Core | Model 2027-4 (MPP + EVA Hybrid) |
| Vibration Damping | Low / Standard | Moderate | Maximum (Multi-Stage CNC + EVA) |
| Hitting Feel | Crisp / Stiff | Soft / Muffled | Plush & Precise (MPP Core) |
| Sweet Spot Uniformity | Center Heavy | Average | Edge-to-Edge Consistent |
| Acoustic Signature | Loud Pop | Muffled | Tuned Low-Frequency Sound |
OEM / ODM MANUFACTURING CAPABILITIES
Engineered for Premium Brands: From R&D Blueprint to Mass Production
Why Partner With Our R&D Lab?
Multi-Polymer Bonding Mastery:
Our proprietary thermal bonding process eliminates delamination risks between distinct MPP and EVA polymer boundaries.
Precision CNC Routing Tolerances:
In-house multi-axis CNC milling guarantees micron-level accuracy for complex internal channel geometries.
Tailored Density Profiles:
We fully customize the thickness, CNC channel widths, and EVA foam hardness to match your brand’s specific control or power targets.
Your can explor our full EPP/MPP core pickleball paddle innovation range