Materials Guide
What are pickleball paddles made of? Materials, explained.
Carbon, Kevlar, fiberglass and cores, how paddles are built, and what each choice does to feel and price.
Written for brands choosing a spec, not shoppers choosing a paddle.
The short answer
Most pickleball paddles are a polypropylene honeycomb core between two composite face sheets: carbon fiber, fiberglass, Kevlar blend or a hybrid. An edge guard or foam-filled rim seals the perimeter, and a wrapped handle finishes it.
The face and the core set how a paddle plays, what it costs to make and where it can sit at retail. Shape, thickness and finish tune the result.
Face Materials
Three faces, three different paddles.
Photo: raw T700 carbon face, close-up of the weave Raw carbon
Stiff, precise, the most spin.
Photo: Kevlar blend face, close-up of the gold and black weave Kevlar blend
Damped, soft but solid.
Photo: fiberglass face with edge-to-edge printed artwork Fiberglass
Lively, affordable, prints beautifully.
Carbon fiber: grades, weaves and raw faces
Carbon is graded by filament strength. T700 is the high-strength grade behind most performance faces. The K number counts filaments per tow: 3K is a fine checkerboard, while 12K and 18K show larger blocks and cost less. Weave is mostly a looks and cost choice.
Spin comes from the surface. A raw carbon face leaves the woven fiber and textured epoxy exposed, so it holds grit longer than paint. Two caveats: USA Pickleball limits surface roughness, and raw faces confine artwork to the borders.
Kevlar and fiberglass
Kevlar (aramid) is less stiff than carbon but far tougher on impact, and it damps vibration. Most "Kevlar paddles" are aramid and carbon hybrids. They cost more than plain carbon and work best as a deliberate point of difference.
Fiberglass is more elastic, so it plays with pop and power, a softer response and a smaller sweet spot. It costs a fraction of carbon, prints edge to edge and suits club fleets, bulk orders and price-led lines. Carbon and glass hybrids sit between the two.
At A Glance
Carbon vs Kevlar vs fiberglass.
Work back from retail price. Above $150 means raw carbon or Kevlar, thermoformed. $80 to $120 suits carbon on cold press. Below $60, fiberglass is the honest choice.
| Face | Feel and play | Durability | Relative cost | Best for |
|---|---|---|---|---|
| Carbon fiber | Stiff and precise; raw faces hold the most spin | Excellent; raw grit wears gradually | High | Performance and spin-led brands |
| Kevlar hybrid | Damped, soft but solid | Outstanding impact tolerance | Highest | Premium lines that sell on feel |
| Fiberglass | Lively and powerful, less precise | Good; loses pop sooner than carbon | Low | Clubs, programs, promo runs |
| Carbon-glass hybrid | Carbon texture with fiberglass pop | Very good | Mid | Mid-tier retail lines |
Results vary by factory, layup and volume. Feel assumes comparable cores and thickness.
Cores and foam
Nearly every performance paddle uses polypropylene honeycomb, so the choice is mostly thickness. 16mm absorbs energy for control and forgiveness; 14mm returns more for power; 13mm pushes further. For a first line, 16mm is the safe flagship and 14mm the natural second model.
Injected edge foam stiffens the rim and enlarges the sweet spot. Newer builds add foam layers or replace honeycomb with EVA or polyurethane: less proven, and exactly what newer rebound limits target. A private label line can use either, and you can try combinations in the paddle builder.
How They Are Built
Cold press or thermoformed: how a paddle is made.
Step two is the fork. Most paddles under $80 retail are cold-pressed; most premium paddles are thermoformed.
- Cut and lay upFace sheets are cut to shape and stacked on each side of the honeycomb core, fibers set in a chosen direction.
- Cold press or thermoformCold press glues faces to the core at room temperature: simpler tooling, lower minimums. Thermoforming heats the layup in a metal mold so face, core and edge foam fuse into one piece: more power, tougher edges, higher cost.
- Trim and finishThe blank is trimmed, printed and clear-coated. Raw carbon faces skip paint on the hitting zone to keep their grit.
- Edge, grip and checksEdge guard, grip and butt cap go on, then each paddle is checked for weight, edge seating and rattle.
Paddle materials: common questions.
What is the best material for a pickleball paddle?
There is no single best, only best for a price point. Raw T700 carbon over a 16mm core is the premium standard. Kevlar hybrids trade stiffness for damping. Fiberglass gives the most power per dollar.
What is a raw carbon fiber pickleball paddle?
One where the woven carbon and its textured epoxy are the hitting surface, with no paint over the striking zone. The texture grips the ball for spin and holds that grit longer than a painted face.
Are Kevlar pickleball paddles good?
Yes, with context. Kevlar hybrid faces damp vibration and resist impact well, giving a soft but solid feel. They cost more than plain carbon, and the gains are subtler than the marketing suggests.
Are thermoformed paddles better than cold-pressed paddles?
Not always. Thermoforming fuses face, core and edge foam into one piece, for more power and tougher edges at a higher cost and minimum. Cold press is cheaper, proven and right for many club and entry lines.
Not sure which build fits your brand?
Tell us your target retail price and your player. We'll recommend a face, core and build, with the numbers behind it.