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  • T700 Carbon Fiber Pickleball Paddle
  • T700 Carbon Fiber Pickleball Paddle
T700 Carbon Fiber Pickleball Paddle

T700 Carbon Fiber Pickleball Paddle

Advanced Pickleball Paddle

Category

Parameters

Thickness

13mm

Length

135mm

Material

T700 Carbon fiber 

Weight

220±5g

Edge guard

None

Forming method

Hot press forming

Size

417*187mm

Both the shape and surface texture/pattern can be customized; please contact us for further inquiries.

Pickleball Paddle Surface Finishing Techniques

UV Printing

Vibrant and rich colors with unlimited design possibilities; the surface feels relatively smooth

Sandblasted Surface

A textured paint is sprayed over the UV-printed surface to increase surface roughness. This aids in spin and ball control, but the coefficient of friction may decrease over time with use.

Fabric-Textured Surface

A fabric-like pattern is laminated onto the material's surface. Only simple cut-out UV printing is possible on the playing surface. This increases surface roughness, aiding in spin and ball control, with virtually no impact on the coefficient of friction over time.

Pickleball Paddle Molding Process

Hot-Pressed Racket with Black TRUFOAM Technology Core

This black EPP foam structural core technology is applied to the hot-pressed racket manufacturing process. Compared to a PP honeycomb structure, the core offers greater stability, delivers power more directly and explosively, and features a closed-cell structure that provides high shock absorption efficiency. Its high density ensures resistance to long-term compression and enhanced durability. It produces a distinctive sound upon impact that enhances the rhythm of play, allowing for precise control without sacrificing power, and provides shock absorption without losing feedback. It is ideal for players seeking a balance between comfort and offensive efficiency.

Hot-Pressed Racket PMI Core Technology

This PMI core technology features a closed-cell structure that provides instant rebound, reducing power loss and resulting in faster ball speed. The uniform distribution of cells ensures more direct power transfer, maintaining stable performance even on off-center hits. The closed-cell foam absorbs over 80% of vibrations, reducing strain on the arm, with a closed-cell rate exceeding 95%. The PMI foam, formed under high temperature and pressure, has a compressive strength more than three times that of ordinary PP honeycomb. It remains plump even after prolonged, powerful hits to the sweet spot, offering high durability. It is suitable for players who lack natural explosiveness, helping to compensate for their lack of power.

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