ApexonSport - Professional Pickleball Paddle Manufacturer & Wholesale Factory
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custom high spin pickleball paddle​

  • Silicon carbide grit surface, USAPA legal high-spin
  • Full OEM & private label customization available
  •  T700 raw carbon fiber for reliable grip and crisp touch
  • Full foam core for consistent response and soft vibration dampening
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Custom High-Spin, Wear-Resistant Pickleball Paddle Surface

Durable, wear-resistant paddle faces have become an increasingly important market demand. Silicon carbide (SiC) grit surface treatment offers a durable, abrasion-resistant finish designed to maintain its texture through repeated play.

1. Embedded Silicon Carbide (SiC) Grit Paddle Surface

  • Process: Fine silicon carbide (SiC) particles are embedded in the gaps of the carbon fiber weave and bonded to the paddle face with epoxy resin.
  • Surface Feel: Relatively smooth to the touch, with minimal particle protrusion.
  • Key Benefits: Primarily improves paddle face abrasion resistance. Compared with a peel-ply textured surface, it offers little additional surface friction.
  • Appearance: Matte finish with a subtle, understated texture.

2. Layered Silicon Carbide (SiC) Grit Paddle Surface

  • Process: A uniform layer of silicon carbide (SiC) particles is applied to the carbon fiber paddle face using a dedicated grit-layering process, rather than simple spray painting.
  • Surface Feel: Rough, with evenly distributed particles and a pronounced texture.
  • Key Benefits: Offers lasting abrasion resistance, with uniform particle distribution and a highly textured surface.
  • Appearance: The SiC crystals sparkle under light, giving the paddle face a premium, refined look.

3. Resin-Integrated Silicon Carbide (SiC) Grit Paddle Surface

  • Process: Silicon carbide (SiC) particles are mixed with the epoxy resin used in the carbon fiber composite and cured in a heated press, integrating the grit into the paddle face structure.
  • Surface Feel: Rough to the touch, with a pronounced grainy texture.
  • Key Benefits: Provides lasting abrasion resistance while maintaining a pronounced grit texture.
  • Appearance: Matte finish with a clearly defined, grainy surface texture.

4. Resin-Integrated Silicon Carbide (SiC) Grit Paddle Surface

  • Process: Silicon carbide (SiC) particles are mixed with the epoxy resin used in the carbon fiber composite and cured in a heated press, integrating the grit into the paddle face structure.
  • Surface Feel: Rough to the touch, with a pronounced grainy texture.
  • Key Benefits: Provides lasting abrasion resistance while maintaining a pronounced grit texture.
  • Appearance: Matte textured surface with added color granules to enhance visual appeal.
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custom high spin pickleball paddle​ case

ApexonSport’s SiC grit surface is professionally engineered not only for long-lasting wear resistance but also to enhance dwell time, helping players achieve better ball control and a more precise feel.  

Black Silicon Carbide Grit Paddle Surface

Black Silicon Carbide Grit Paddle Surface

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custom high grit pickleball paddle

Colored Ceramic Grit Paddle Surface

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Gray Crystal-Blended Silicon Carbide Grit Paddle Surface

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Custom high-spin pickleball paddle manufacturer for OEM/ODM brands

Gray Silicon Carbide Grit Paddle Surface

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Pickleball Paddle Surface Texture Comparison: Technical Specifications

Technical comparison of Pickleball paddle surface processes: Peel Ply Raw Carbon, Silicon Carbide Grit Curing, and Spray Grit Coating.

Technology & SpecificationWorking Principle & ClassificationSurface RoughnessCoefficient of Static Friction (COF)Spin Rate (RPM)Wear Retention RateKey Features, Pros & Cons
1. Peel Ply Texture Raw Carbon / Woven Carbon, T700/T800/3K/18K Nylon or polyester peel ply is applied to the carbon fiber laminate during the thermoforming process and removed after curing. The peel ply's surface texture is transferred to the resin surface, creating a textured finish on the carbon fiber paddle face.

The texture is integrated during manufacturing rather than applied as a post-spray coating.

 Ra 1.8–3.2 μm
Rz 8–15 μm		0.12–0.161800–2100 RPM70%–80% (50h) Delivers a smooth feel, consistent quality, and no grit shedding.

T700 hot-pressed integrated raw carbon is currently the most versatile solution for export tournament paddles.

Limitation: The friction ceiling is lower than that of spray grit and cured grit.

2. Silicon Carbide (Grit) Curing Process Silicon carbide or silica particles are mixed into the prepreg resin system and embedded directly into the surface resin during hot-press curing, rather than applied as a post-spray coating.
Classifications:
  • Embedded Type: Fine grit is embedded into carbon fiber gaps to boost wear resistance.
  • Semi-Exposed Type: Half embedded in carbon fiber and half exposed, giving a very rough tactile feel.
 Ra 2.0–4.6 μm
Rz 11–22 μm		0.14–0.19 1900–2300 RPM Strongest spin on new paddles 85%–90% (60h, tested by Apexonsport, durability benchmark) Highest cost; texture barely degrades over time.

Frequently used by top brands like Selkirk and RPM for high-durability grit.

Testing note: Apexonsport utilizes dual high-speed cameras for RPM testing and can produce grit paddles calibrated below 2100 RPM to pass USAP certification.
3. Spray Grit Coating Epoxy + Silicon Carbide / Quartz Sand A clear topcoat mixed with hard particles is sprayed onto the molded paddle surface, leaving particles suspended on the outer layer, commonly called a "High-Grit Surface." Ra 3.0–8.0 μm
Rz 16–26 μm Particle mesh adjusted to 80–220 grit 		0.14–0.19 Highest COF ceiling across all categories 1950–2200 RPM Traditional: 40%–55% (50h, particles easily peel off during ball impact).

Apexonsport enhanced process: 50%–75%.

 Provides aggressive ball bite but becomes noticeably slippery after a period of play.

Ideal for entry-level and recreational paddles; not suitable for tournament paddles with long-term warranties.

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