Product Introduction
We are a Huizhou-based export carbon fiber source factory, specializing in customized dry carbon fiber sheets for drone and UAV aerial equipment. Focusing on drone industry supporting materials, we adopt high-standard aerospace-grade carbon fiber fabric and imported epoxy resin to produce ultra-light, high-rigidity CFRP drone special panels. Equipped with professional hot press molding equipment, constant-temperature curing workshop and high-precision CNC machining workshop, we support one-stop customization of thickness, size, weave and surface finish according to UAV drawing requirements. All products pass strict factory inspection and comply with ISO9001, CE and RoHS certification standards. With years of stable export experience serving global drone brand manufacturers and UAV solution companies, our carbon fiber sheets are widely used for drone frame, arm bracket, base plate and core structural accessories. Professional OEM & ODM drone carbon fiber customization services are available.
Product Specifications
Material: 3K Carbon Fiber Fabric + Industrial Epoxy Resin (aeronautical grade, dedicated for drone aerial use) Thickness Range: 0.2mm to 120mm (fully customizable for micro drones, industrial UAVs and heavy-load drones) Max Production Size: 1200mm × 4000mm (custom OEM cutting for drone multi-specification structural parts) Weave Type: Plain weave / 2×2 twill weave (drone mainstream styles, stable stress bearing) Density: 1.55–1.65 g/cm³ (uniform density, no hollow structure, ensure drone flight stability) Surface Treatment: Matte, semi-matte and glossy finishes, anti-glare and anti-scratch for aerial flight environment.
Features & Applications
Our dry carbon fiber sheets exclusive for drones adopt professional dry carbon hot-press molding process, featuring high fiber content, lighter weight and higher structural strength compared with ordinary wet carbon panels. With precise manual laying and segmented high-temperature integral curing technology, the finished drone carbon fiber sheets maintain stable tensile strength and bending resistance during long-term high-frequency flight.
Plain weave structure provides balanced stress bearing, effectively solving frame deformation and shaking during drone hovering and high-speed flight; twill weave delivers delicate surface texture while ensuring overall rigidity, suitable for high-end drone appearance structural parts. The material has excellent anti-fatigue, anti-corrosion and high and low temperature resistance, adapting to complex outdoor aerial environments such as high altitude, strong wind and temperature difference.
All drone carbon fiber sheets support ultra-precision CNC secondary processing, including integral cutting, fixed-point drilling, grooving and edge trimming, with no fiber peeling or edge cracking, ensuring perfect assembly tolerance of drone structural parts.
Mainly applied to full series of UAV equipment: drone main frame, drone arm fixing plate, flight control base bracket, aerial photography equipment protective plate, folding drone structural parts and other core aerial accessories.
We support flexible drone-focused OEM and ODM customization. From small-batch drone prototype testing to large-scale mass order production, we can adjust plate thickness, internal fiber structure and surface effect according to customers' UAV design parameters to meet different aerial load and flight performance requirements.
Product Details – Multi-angle Overview
All drone-specific carbon fiber sheets adopt fixed-direction fiber arrangement and full-resin infiltration dry carbon process, with uniform internal fiber density, no internal defects, and consistent mechanical properties of each batch, avoiding flight safety hazards caused by unstable plate quality.
We provide three professional surface treatments for drone equipment: matte finish for anti-glare aerial shooting scenarios, semi-matte for daily industrial drone structural parts, and high-gloss finish for high-end customized drone appearance parts.
We strictly match drone usage scenarios for weaving selection: plain weave is preferred for load-bearing and force-bearing structural frames to enhance flight stability; twill weave is used for decorative and auxiliary structural parts to balance performance and appearance.
All sheet edges are precisely CNC trimmed with high flatness, ensuring precise assembly and tight fitting of drone frames. Before shipment, every drone carbon fiber sheet is strictly inspected for thickness tolerance, flatness, surface flaw and compression resistance to prevent warping and deformation during drone flight and vibration.
We accept exclusive customization according to customer UAV design drawings. Customers can purchase standard dry carbon fiber raw sheets or finished CNC machined drone accessories to shorten product development cycle and improve assembly efficiency.
Product Certification & Quality Verification
Our factory implements full-process ISO9001 quality management system for drone carbon fiber products. From drone-grade raw material screening, professional laying, hot press curing to precise finishing, every production link follows unified aerial product production standards.
All drone carbon fiber sheets meet CE and RoHS environmental safety standards, with safe and stable material properties suitable for long-term aerial operation. Each batch of products will undergo professional mechanical testing including tensile resistance, bending resistance, flight vibration fatigue resistance and dimensional stability to ensure full compliance with UAV equipment performance requirements.
We retain complete batch production records and quality test reports, which can be provided to customers for inspection at any time. For many years, we have focused on serving global drone manufacturers and UAV technology companies, with stable product quality and good after-sales service, accumulating a large number of verified overseas drone project cases.
Strict drone-grade quality control and on-time export delivery make us a reliable long-term OEM and ODM supplier for global UAV industry buyers.
Customer Service & After-Sales Support
We provide full-process customized service for drone carbon fiber sheet projects, including UAV drawing evaluation, drone-specific material selection, structural thickness optimization and surface scheme recommendation. Our professional technical team communicates efficiently to confirm all parameter details before production to ensure the products fully match customers' drone performance and assembly requirements.
We guarantee drone-grade stable quality, punctual export delivery and efficient after-sales support. For any product quality problems affecting drone assembly and use, we provide quick replacement and improvement solutions. We help global drone customers reduce prototype trial costs, shorten product launch cycle, and optimize UAV flight performance. Choosing our drone dry carbon fiber sheets means choosing stable supply, professional technology and long-term cooperative partnership.
FAQ
Q1: Can you customize special sizes for different types of drones?
A1: Yes. Our maximum production size reaches 1200×4000mm, and we support full-size non-standard customization and CNC precise cutting according to micro-drones, industrial drones and large load-bearing UAV drawings.
Q2: Do you accept OEM and ODM for drone carbon fiber parts?
A2: Absolutely. We customize exclusive dry carbon fiber sheets strictly according to customers' drone structure size, load parameters and appearance requirements.
Q3: What surface treatments are suitable for drone equipment?
A3: We provide matte, semi-matte and glossy finishes. Matte is anti-glare for aerial shooting drones, semi-matte for conventional structural parts, and glossy for high-end customized drone appearance parts.
Q4: Can you produce finished drone frame parts from customer drawings?
A4: Yes. You can provide 2D drawings or 3D model files, and we complete full dry carbon production and high-precision CNC machining to deliver finished drone structural parts directly.
Q5: What drone equipment are your carbon fiber sheets mainly used for?
A5: Widely used for industrial UAVs, aerial photography drones, folding drones, surveying and mapping drones, including drone main frames, arms, fixing brackets and various auxiliary structural accessories.
Latest Company News
In recent years, our factory has been continuously upgrading production equipment for drone carbon fiber products. The newly introduced precision hot press molding equipment and optimized dry carbon process formula further improve the flatness, surface precision and flight-level structural stability of drone carbon fiber sheets.
We have expanded the special CNC processing workshop for drone parts, realizing higher-precision cutting and complex structural processing, greatly improving sample delivery speed and mass production capacity for drone orders. Our R&D team keeps optimizing the lamination structure of drone carbon fiber plates, committed to developing lighter and higher-strength products to meet the lightweight upgrade needs of global new-generation drones.
With upgraded professional drone production lines and stricter aerial product quality standards, we can stably undertake large-volume export orders for drone carbon fiber parts while ensuring consistent batch stability.
We sincerely welcome global drone manufacturers and UAV solution providers to negotiate cooperation and establish long-term stable strategic partnerships.
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