Frequently Asked Questions

Standard samples are free; customer covers international shipping.

Custom samples (tooled parts, special finishes, branded LOGO) are charged at tooling cost, which is credited against mass-production orders meeting MOQ.

Depends on product type:

• Specialist / custom-profile parts: MOQ 20 pcs
• Custom-process standard parts: MOQ 100 pcs
• General standard parts: MOQ 200 pcs

Sampling stage accepts low volumes (1–5 pcs) at tooling cost.

New programs: ~45 days (tooling + trial + mass production + QC).
Repeat orders: within 15 business days.

Rush orders accepted with timeline subject to capacity.

Yes, we sign NDAs. Customer-supplied drawings, patents, and brand assets are handled per contractual confidentiality terms.

For products made from customer designs, design IP belongs to the customer; we manufacture only with customer authorization.

Full customization from material to packaging:

• Materials: T300/T700/T800/T1000 CF, carbon-glass / carbon-aramid hybrids
• Finish: 3K/12K weave, matte, gloss, UV printing, water transfer
• Dimensions: per drawing, ±0.1 mm precision
• Branding: logo printing, laser engraving, decals
• Packaging: retail boxes, hangtags, manuals, branded carton labels

Tiered by carbon fiber content:

• Entry (glass-dominant): 10–30% CF + 70–90% fiberglass, best value, training/beginner
• Mid (carbon-glass hybrid): 30–50% CF + 50–70% glass, balanced
• Premium (full carbon): 70–100% CF, competition/pro

Same shape across all three tiers — enables brands to offer complete product ladders.

Global shipping options:

• Sea freight: FOB / CIF to major ports, ideal for bulk
• Air freight: DHL / FedEx / UPS, 5–10 days to Europe/US
• Dedicated lanes: SEA, Middle East, Russia direct lines
• Sample courier: 3–5 days to most cities worldwide

We hold the following certifications, available per target market:

• ISO 9001: Quality management
• RoHS / REACH: EU restricted substances
• CE: EU product compliance
• USAPA: North American pickleball gear
• FIP: International Padel Federation
• ICF / IDBF: International Canoe / Dragon Boat Federation

Carbon fiber is a crystalline carbon structure offering 2–5× higher strength and 3–10× greater stiffness than fiberglass, but at higher cost. Fiberglass is made from silica, is more elastic, and is lower cost — suitable where weight and stiffness are less critical.

We offer hybrid layups (carbon-glass 30/70, 50/50) that balance performance and cost.

Yes. Minor surface damage can be repaired by sanding and epoxy fill. Structural damage requires professional laminate repair using wet layup patches and curing. Aerospace repairs follow strict specifications; sporting goods should be strength-tested after repair.

Yes, carbon fiber is electrically conductive. Electronics enclosures and drone frames typically need an insulating coating or non-conductive layer to prevent short circuits.

Carbon fiber dust from machining is also conductive and can damage nearby electronics — proper dust control is essential.

Depends on the resin system:

• Standard epoxy: 100–130 °C
• High-temp epoxy: 200 °C+
• Polyimide composites: 300 °C+

Carbon fiber itself tolerates 3,000 °C in an oxygen-free environment, but the resin defines the composite's service temperature limit.

"K" denotes the number of filaments per tow: 3K = 3,000 filaments, 12K = 12,000.

• 3K fabric: narrower tows, finer weave pattern, better aesthetics — ideal for cosmetic parts
• 12K: wider tows, faster layup, structural parts
• 24K+: large industrial structures

Prepreg is carbon fabric or tow pre-impregnated with resin under controlled conditions, with precise resin content (typically 35–40%). Requires cold storage (−18 °C) and has a 6–12 month shelf life.

Prepreg delivers higher fiber volume and more consistent properties. Dry fabric requires manual or injected resin during layup — more flexible but more operator-skill-dependent.