Carbon Fiber Pickleball Paddle
New

Carbon Fiber Pickleball Paddle

High-performance pickleball paddle with Toray T700 carbon fiber face and polypropylene honeycomb core. Delivers excellent power-to-weight ratio, spin generation, and vibration dampening for competitive play.

12 views
Request a Quote

Key Features

T700 raw carbon fiber face for maximum spin
PP honeycomb core for vibration dampening
USAPA compliant
Weight optimized at 195-220g
Edge guard protection included

Applications

Pickleball competitionSports equipment OEMBranded paddle manufacturing

Specifications

Face Material
T700 3K Carbon Fiber
Core Material
Polypropylene Honeycomb
Weight
195 – 220 g
Thickness
16 mm
Surface
Raw CF / Matte / Glossy
Shape
Standard / Elongated
Request a Quote

Usually respond within 24 hours

Frequently Asked Questions

What is the minimum order quantity for carbon fiber products?
We accept small-batch customization. Minimum quantities vary by product type — tubes and plates have lower MOQs, while custom-shaped parts depend on tooling requirements. Contact our sales team for a detailed quote.
What color and finish options are available?
Standard finishes include 3K plain/twill weave, UD unidirectional, and satin, primarily in black. Custom colors and surface coatings — including matte and gloss clear coats — are also available.
What is the typical lead time?
Standard product lead time is 15–25 working days. Custom products are evaluated based on process complexity. Rush service is available — please confirm timelines when requesting a quote.

Related Articles

Recycled Carbon Fiber Compounding: Closed-Loop Recycling for Wind Energy Applications

Recycled Carbon Fiber Compounding: Closed-Loop Recycling for Wind Energy Applications

Recycled carbon fiber compounding technology is maturing to enable closed-loop recycling of wind turbine blade materials. This article examines recycling processes, compound properties, and applications in non-structural wind energy components.

Sep 8, 2026Read
Large-Tow Carbon Fiber Shortage 2028: Wind Energy Supply Chain Risk Analysis

Large-Tow Carbon Fiber Shortage 2028: Wind Energy Supply Chain Risk Analysis

Industry analysts project a significant shortage of large-tow carbon fiber by 2028 as wind turbine blade demand outpaces production capacity. This article examines the supply-demand dynamics, capacity expansion timelines, and risk mitigation strategies for wind energy manufacturers.

Sep 8, 2026Read
Western Turbine OEM Margin Squeeze: Carbon Fiber Costs and Competitive Pressures

Western Turbine OEM Margin Squeeze: Carbon Fiber Costs and Competitive Pressures

Western wind turbine OEMs face severe margin pressure as carbon fiber costs rise while turbine prices decline. This article analyzes the structural challenges facing Vestas, Siemens Gamesa, and GE Vernova, and their strategies for maintaining profitability.

Sep 8, 2026Read
Bangladesh Carbon Fiber Textile Manufacturing for Wind Energy Applications

Bangladesh Carbon Fiber Textile Manufacturing for Wind Energy Applications

Bangladesh is developing carbon fiber textile manufacturing capabilities to serve the growing wind energy sector. This article examines the country's textile industry transformation, technical fiber production, and market positioning.

Sep 8, 2026Read
Carbon Fiber Thermal Protection Systems for Hypersonic Vehicle Structures

Carbon Fiber Thermal Protection Systems for Hypersonic Vehicle Structures

Hypersonic vehicles require advanced thermal protection systems that combine carbon fiber structural capability with extreme temperature resistance. This article covers C/C composites, ablative materials, and thermal management for Mach 5+ applications.

Sep 8, 2026Read
Automated Fiber Placement for Small Wind Turbine Blades: Cost-Effective Composite Manufacturing

Automated Fiber Placement for Small Wind Turbine Blades: Cost-Effective Composite Manufacturing

Automated fiber placement (AFP) is transforming small wind turbine blade manufacturing, enabling higher production rates and more consistent quality than manual layup. This article examines AFP technology adaptation for blades in the 10-50 meter range, process parameters, and economic analysis.

Sep 8, 2026Read