English

Color Vibris et Diu Permanens

  • Technologia colorandi provecta firmitatem coloris, stabilem radiis ultraviolaceis, nullam decolorationem sub sole aut condicionibus asperis praestat; optiones colorum configurabiles praesto sunt.

    Technologia colorandi provecta firmitatem coloris, stabilem radiis ultraviolaceis, nullam decolorationem sub sole aut condicionibus asperis praestat; optiones colorum configurabiles praesto sunt.

    Features

    • Ex fibra carbonis 3K/6K factum, lamina tenui (≤5mm) ad flexibilitatem et facilem usum, magnam robur structurae conservat.
    • Aequilibrata Efficacia
    • Excellens proportio roboris ad pondus (levior quam chalybs, magna robur ad tensile), orientatio fibrarum bidirectionalis vel unidirectionalis ad aequilibratam oneris portationem.
    • Facile Processu
    • Facile secandum, perforandum, et laminandum; cum resinis communibus congruens, aptum ad depositionem manualem et fabricationem automatam.Lao
      Technical Specifications
      Specification
      Textura Carbonis Opaca/Nitida, Optio UD (Unidirectionalis)
      Compatibilitas
      Valores Communes et Optiones Consuetudinariae
      Weave Pattern
      Crassitudo
      Teluguensis
      Latitudo
      Coloris Durabilitas
      Ponderis Ambitus
      Ratio Roboris ad Pondus Superior
      Specificationes Fibrae et Texturae

      Core Advantages

      • Communia: 1k, 1.5k, 2k, 3k, 6k, 12k;
      • Orientatio Fibrae
      • Unidirectionalis (robur unius directionis); Bidirectionalis (aequilibratus 0°/90°, e.g., textura serica 2×2), Serica/Plana/Ud/Jacquard/Mixta Texta/
      • Contentum Voluminis Fibrae

      Durabilis et Corrosionis Resistens

      Specificationes Proprietatum Mechanicarum
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  • Modulus Tensionis

    Modulus Tensionis

    Features

    • Elongatio ad Rupturam
    • ≥1.70% (norma)
    • Resinae et Materiarum Specificationes
    • Vibrationis Amortiguatio

    Epoxy (vulgissimum); Polyester, Vinylestes; Resina altae temperaturae resistens (ambitus speciales)

    Specification
    Textura Carbonis Opaca/Nitida, Optio UD (Unidirectionalis)
    Compatibilitas
    1.20–1.80g/cm³ (pro ratione fibrae/resinae)
    Weave Pattern
    Resistentia Flammae
    Fiber Type
    Resistentia UV et Corrosionis
    Teluguensis
    Deformatio
    Tensile Strength
    Commoda
    Tensile Modulus
    Eleganter coloratum aspectum cum magna fibrae carbonis firmitate coniungit, ita ut post picturam non opus sit (tempus et sumptus servat).
    Ratio Roboris ad Pondus Superior
    Levior quam chalybs et aluminium, magna capacitas oneris ferendi, apta ad usus ubi pondus non movet.
    Coloris Durabilitas
    Ponderis Ambitus
    Color
    Flexibilis, facile secanda, terebranda, et laminata; nullo instrumento speciali opus est, apta peritis et operibus manu factis.

    Core Advantages

    • Ad necessitates decorativas et structurales accommodatur, idoneus multis industriis et inceptis singularibus.
    • Applicationes
    • Automotiva: Ornamenta interiora, tabulae instrumentorum, ornamenta corporis, partes ornantes currus cursuum
    • Aerospatiale: Tabulae interiores aeroplanorum, partes ornatae (ubi pondus et pulchritudo valent)

    Durabilis et Corrosionis Resistens

    Opera Facta a Te Ipso et Consuetudinaria: Formae Consuetudinariae, Tabulae Ornativae, Substrata Impressionis Tridimensionalis, Artes Artificiales

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  • inquisitio

    inquisitio

    Product Description

    Tabula Fibrae Carbonis Altae Roboris | Tabula Composita Levis, Corrosionis Resistens
    Tabula Fibrae Carbonis: Solutio Composita Altae Efficientiae

    Technical Specifications

    Specification Item
    Details
    Product Name
    Valores Communes et Optiones Consuetudinariae
    Fiber Type
    Crassitudo
    Tow Size
    3K (3000 Filaments per Tow)
    Weave Pattern
    Longitudo
    Ordinaria: 50m, 100m (voluta); consuetudinaria: 2–10m (pro magnis partibus structuralibus)
    Specificationes Fibrae et Texturae
    Ucrainica
    Communia: 1k, 1.5k, 2k, 3k, 6k, 12k;
    Teluguensis
    Unidirectionalis (robur unius directionis); Bidirectionalis (aequilibratus 0°/90°, e.g., textura serica 2×2), Serica/Plana/Ud/Jacquard/Mixta Texta/
    Contentum Voluminis Fibrae
    ≥65% (norma pro tabulis magnae efficaciae)
    Color
    Robur Tensilis
    Finish
    Modulus Tensionis
    140–240GPa (variat secundum gradum fibrae)
    Elongatio ad Rupturam
    Tensile Strength
    Resinae et Materiarum Specificationes
    Elongation at Break
    Epoxy (vulgissimum); Polyester, Vinylestes; Resina altae temperaturae resistens (ambitus speciales)
    Packaging
    34–42% (variat secundum applicationem)

    Product Advantages

    • 1.20–1.80g/cm³ (pro ratione fibrae/resinae)Specificationes Speciales Efficientiae
    • Resistentia FlammaeUL94 V-0/V-1 (pro productis 3C)
    • Resistentia UV et CorrosionisNorma pro applicationibus externis/in ambitu aspero
    • Deformatio≤0.8mm (intra 500mm × 500mm, pro rebus tricomponentibus accuratis)
    • Commoda PrincipaliaRatio roboris ad pondus altissima, levior quam chalybs/aluminium sed validior
    • Partes Substitutae InclusaeExcellens stabilitas dimensionalis in temperaturis extremis (-50℃~200℃)

    Applications

    Applicationes Principales
    • Materia fibrae carbonis 3K 50% levior est quam aluminium et 70% levior quam chalybs, dum maiorem vim tensilem et flexuralem servat. Pondus dronis minuit, tempus volatus extendit, et agilitatem auget.inquisitio
    • detaliumTela Serica Fibrae Carbonis Bidirectionalis 12K 600G | Altae Roboris Fundata in PAN
    • ProprietatesFibrae trabeculae 12K (12 000 filamenta/trabecula, 7μm diametro) ad usum structurale gravem
    • Suffragium adaptationis magnitudinis structurae dronis, crassitudinis laminae, formae texturae, finitionis, et combinationis partium reservatarum ad necessitates specificas variorum exemplorum UAV (consumptibilium, industrialium, agriculturalium) implendas.Designatio bidirectionalis ad aequilibratam firmitatem; textura serica 2×2 ad bonam trabeculam et aspectum iconicum.
    • Praesto ut textum siccum vel praeimpregnatum epoxy; optionaliter obductiones TiN/TiCN/TiAlN.Specificationes Technicae Claves
    • Lamina fibrae carbonis altae qualitatis et resinae epoxydicae coniuncta rigiditatem firmam praestat, deformationem vibrationemque in volatu efficaciter resistens. Collisiones minores sine damno tolerare potest, firmitatem dronis augens.Specificatio
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  • Magnitudo Tractae

    Magnitudo Tractae

    Diameter Fibulae

    • Robur Tensilis≥4000 MPa
    • Modulus Tensionis≥230 GPa
    • Latitudo/Volumen Standardis1m (usque ad 2m secundum desiderium); 50m/100m
    • CommodaEximia proportio roboris ad pondus, levior quam chalybs/aluminium cum magna rigiditate
    • Aequilibrata bidirectionalis operatio et superior resistentia corrosionis/lassitudinisFacile tractatur (bona vestimentis induendis) et sumptibus parcus ad usum industrialem

    • Aspectus twill iconicus et optiones configurabilesApplicationes

      Usus principales: industria aërospatialis (vehicula aëroplanorum sine gubernatore, partes aeroplanorum), autocinetica (vehicula electrica, autocineta cursualia), maritima (corpora, mali), energia renovabilis (alae turbinarum venti), machinae industriales, apparatus athletici, et materiae compositae ad usum fabricatae.

      Specification
      Textura Carbonis Opaca/Nitida, Optio UD (Unidirectionalis)
      Fiber Tow Size
      Manubria Carbonea Viae | Levia, Aerodynamica et Durabilia Cyclistis
      Weave Pattern
      Manubria nostra carbonica, dissimilia manubriis e aluminio factis, vim eximiam cum pondere minimo coniungunt, adiuvantes te ut momenta a cursu tuo minuas et diutius equites sine detrimento potestatis. Variis modis inclinationis, latitudinibus, et altitudinibus praesto, manubria carbonica perfecta habemus quae stilo tuo equitandi, configuratione birotae, et propositis perfunctionis congruant.
      Compatibilitas
      Parametrum
      Tensile Strength
      Materia
      Fibra Carbonis Moduli Alti (Textura 3K/12K) + Resina Epoxydica
      Ponderis Ambitus

      Main Applications

      Latitudo Manubrii
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  • Declivitas Compacta, Declivitas Traditionalis, Declivitas Aeronautica

    Declivitas Compacta, Declivitas Traditionalis, Declivitas Aeronautica

    Diameter Fibulae

    • 31.8mm (Standard) / 25.4mm (Optionale)
    • Robur Tensilis
    • 600 – 800 MPa
    • Vibrationis Amortiguatio

    Excellens (30% Melior Quam Aluminium)

    Specification
    Textura Carbonis Opaca/Nitida, Optio UD (Unidirectionalis)
    Compatibilitas
    Omnes Bicicletae Viariae, Bicicletae Triathlonenses, Bicicletae Glareales (Aptatione Adaptabili)
    Certificatio
    EN 14781 (Norma Salutis Cyclisticae), ISO 9001
    Teluguensis
    Constructio Ultra-Levis
    – Ex fibra carbonis moduli alti fabricata, manubria nostra 20-30% leviora sunt quam alternativae aluminio factae, pondus totum birotae minuentes ad accelerationem celeriorem et ascensus faciliores. Quodque gramma servatum ad meliorem efficaciam in via transfertur.
    Aerodynamica Superior

    Core Advantages

    • Eximium Vibrationis Amortiguatio
    • – Proprietates naturales fibrae carbonis ad ictus absorbendos vibrationes viae minuunt, lassitudinem manus et carpi per longiora itinera lenientes. Vale dic torpore et commodus mane etiam in via aspera.
    • Alta Rigiditas et Translatio Potentiae
    • – Rigida constructio carbonis maximam potentiae translationem e manibus ad birotam efficit, ita ut omnis ictus pedalis in impetum antrorsum convertatur. Nulla flexio, nulla energiae iactura – aptissima ad cursus celeres et ascensus.

    Durabilis et Corrosionis Resistens

    – Dissimilis manubriis metallicis, fibra carbonis rubigini, oxidationi, et detritioni immunis est, ita ut diuturnam efficaciam etiam in asperis condicionibus caeli praestet. Fabricata ad postulata exercitationis et certaminis regularis sustinenda.

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  • Applicationes Ideales

    Applicationes Ideales

    Product Description

    Cursus Viae
    – Cursus celeritatis, criteria, et certamina viae ubi celeritas, rigiditas, et ponderis conservatio necessariae sunt.

    Technical Specifications

    Specification Item
    Details
    Product Name
    Cyclismus Viarius Recreationis
    Material
    Cyclismus Gravel
    – Optiones durabiles, ictus absorbentes pro viis glareosis, aequantes commoditatem et imperium in locis inaequalibus.
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    Lamina Carbonis Fibrae 3K et Partes Substitutae pro Drone Aereo – Robore Levi
    Descriptio Producti
    Structura et partes reservatae nostrae e fibra carbonis 3K fabricatae sunt, lamina fibrae carbonis 3K PAN altae qualitatis, una cum technologia formae et sectionis provecta, ut distributio fibrae uniformis et effectus mechanicus constans praestetur. Funis fibrae carbonis 3K texturam tenuem et delicatam praebet, dum matrix resinae epoxydicae altae firmitatis stabilitatem structurae et resistentiam impacti auget, ita ut structura et partes reservatae leves tamen satis robustae sint ad condiciones volandi asperas, inter quas ventum, vibrationem, et collisiones minores, sustinendas.
    Structura dronis designata est cum principiis aerodynamicis in mente, resistentiam aeris in volatu minuens et efficientiam altilium augens. Omnes partes reservatae (inter quas brachia dronis, apparatus adscendens, laminae adfixionis, et componentes firmantes) accurate secantur ad tolerantias angustas, congruentiam perfectam et facilem compositionem cum componentibus dronis normalibus praebentes. Superficies superficiem laevigatam vel nitentem (configurabilem) habet, texturam naturalem fibrae carbonis ostentans et tactum professionalem et exquisitum droni tuo addens.
    Dissimilia partibus dronum traditis in plastica vel metallo, producta nostra e fibra carbonis 3K rationem roboris ad pondus incomparabilem offerunt, pondus totum dronis minuentes sine integritate structurae detrimento. Hoc non solum tempus volatus extendit, sed etiam agilitatem et stabilitatem auget. Omnia producta diligenter probantur pro capacitate oneris ferendi, resistentia impacti, et resistentia corrosionis, ita ut altis normis applicationum UAV satisfaciant.
    Uzbeca
    Specificatio Item
    Tensile Strength
    Nomen Producti
    Flexural Strength
    Materia
    Density
    Magnitudo Fibrae Tractae
    Finish
    Textura exemplaris
    Color
    Crassitudo laminae
    Temperature Resistance
    Magnitudo Quadri Droni
    Corrosion Resistance
    Robur Tensilis
    Packaging
    Robur Flexurale

    Product Advantages

    • Anglice1.6 – 1.7g/cm³
    • FinisOpacum / Nitidum (Finis Sabulosus Praesto)
    • ColorFibra Carbonis Naturalis (Nigrum Griseum Profundum), Colores Consueti Accepti
    • Vasconica-40℃ ad +120℃ (Usus Continuus)
    • Resistentia CorrosionisResistens aquae, radiationi ultraviolaceae, et chemicis
    • Technologia ProcessusSectio Praecisa, Formatio, Politio, Perforatio
    • Partes Substitutae InclusaeBrachia Dronis, Apparatus Advectionis, Laminae Adfixionis, Vectes Firmantes, Cochleae (Configurabiles)

    Applications

    Spuma EPE + Saccus Plasticus + Scatola (Involucrum Anti-Collisionis)
    • Commoda ProductiRatio Roboris ad Pondus Superior
    • Materia fibrae carbonis 3K 50% levior est quam aluminium et 70% levior quam chalybs, dum maiorem vim tensilem et flexuralem servat. Pondus dronis minuit, tempus volatus extendit, et agilitatem auget.Excellens Rigiditas et Resistentia Impetus
    • Lamina fibrae carbonis altae qualitatis et resinae epoxydicae coniuncta rigiditatem firmam praestat, deformationem vibrationemque in volatu efficaciter resistens. Collisiones minores sine damno tolerare potest, firmitatem dronis augens.Ars Praecisa et Aptatio Perfecta
    • Technologia provecta sectionis et formationis accuratae, tolerantia dimensionalis stricta (±0.05mm), quae efficit ut omnes partes substitutae perfecte congruant cum componentibus droni normalibus. Facile componendae et substituendae sunt.Corrosioni et UV Resistens
    • Aquae, radiationi ultraviolaceae, et chemicis resistens, aptum ad ambitus externos et asperos (velut ad operationes agriculturae et industriae UAV). Nulla rubigo aut degradatio, longa vita utilis.Solutiones Adaptabiles
    • Suffragium adaptationis magnitudinis structurae dronis, crassitudinis laminae, formae texturae, finitionis, et combinationis partium reservatarum ad necessitates specificas variorum exemplorum UAV (consumptibilium, industrialium, agriculturalium) implendas.Designatio Aerodynamica
    • Structura dronis secundum principia aerodynamica designata est, resistentiam aeris minuens et stabilitatem volatus atque efficaciam pilae augens. Aptissima ad usus dronum diuturnae tolerantiae.Aesthetica Summae Classis
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  • detalium

    detalium

    Deinde >

    Pagina 1 / 2nobiscum contactum facLocus 1808, Haijing Aedificium, No.88 Hangzhouwan Avenue, Jinshan Districtus, Shanghai, China
    +86 021-31223500

    Technical Specifications

    Parameter Specification
    Material Servitium
    Density Quaestiones Frequentes
    Tensile Strength © Iura omnia reservantur - MMX-MMXXXV.
    Index situs AMP Mobilis
    Color Exercitationes
    cuspis terebrae torsilis Terebra
    Temperature Resistance frustum
    Mitte Epistulam Electronicam +86 021-31223500
    Whatsapp Preme "Enter" ad quaerendum vel "ESC" ad claudendum

    Anglice

    1. AngliceFrancogallica
    2. GermanicaLusitana
    3. HispanicaRussice
    4. IaponicusCoreana
    5. ArabicaHibernica
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  • Italica

    Italica

    Features

    • DacoromanicaIndonesiana
    • BohemicaAfrikaans
    • SuecicaPolonica
    • VasconicaCatalana
    • EsperantoHindicaLao

      Sundanenses

      		 Specification Item Tajik
      Tamilensis Teluguensis Thaiensis
      Ucrainica Urdu
      Uzbeca Vietnamica
      Cambrica Fiber Type Yiddish
      Yoruba Zuluensis
      Kinyarwanda Tatarus
      Oriya Tensile Strength Uigurum
      Tensile Modulus 140–240GPa (varies by fiber grade)
      Elongation at Break ≥1.70% (standard)
      Resin & Material Specifications Resin Type Epoxy (most common); Polyester, Vinyl Ester; High-temperature resistant resin (special environments)
      Resin Content 34–42% (varies by application)
      Density 1.20–1.80g/cm³ (depends on fiber/resin ratio)
      Special Performance Specifications Flame Retardancy UL94 V-0/V-1 (for 3C products)
      UV & Corrosion Resistance Standard for outdoor/harsh environment applications
      Warpage ≤0.8mm (within 500mm×500mm, for precision 3C products)

      Advantages

      • MalagasicusMalaica
      • Superior Strength-to-Weight RatioMelitensis
      • MaoriMarathi
      • MongolianaBirmanica
      • NepalensisNorvegica

      Applications

      • Persica
      • Punjabica
      • Serbice
      • Sesotho
      • Sinhala
      • Slovaca
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  • Samoanus

    Samoanus

    Gaelicus Scoticus

    Shona

    Sindhi

    Sundanenses

    		 Specification Item Tajik
    Tamilensis Teluguensis Thaiensis
    Ucrainica Urdu
    Uzbeca Vietnamica
    Cambrica Fiber Type Yiddish
    Yoruba Zuluensis
    Kinyarwanda Tatarus
    Oriya Tensile Strength Uigurum
    Tensile Modulus 140–240GPa (varies by fiber grade)
    Elongation at Break ≥1.70% (standard)
    Resin & Material Specifications Resin Type Epoxy (most common); Polyester, Vinyl Ester; High-temperature resistant resin (special environments)
    Resin Content 34–42% (varies by application)
    Density 1.20–1.80g/cm³ (depends on fiber/resin ratio)
    Special Performance Specifications Flame Retardancy UL94 V-0/V-1 (for 3C products)
    UV & Corrosion Resistance Standard for outdoor/harsh environment applications
    Warpage ≤0.8mm (within 500mm×500mm, for precision 3C products)

    Core Advantages

    • Ultra-high strength-to-weight ratio, lighter than steel/aluminum but stronger
    • Superior corrosion/weather resistance, no rust, suitable for harsh environments
    • Excellent dimensional stability in extreme temperatures (-50℃~200℃)
    • Easy customization, low maintenance, eco-friendly and durable

    Main Applications

    Widely used in aerospace, automotive, construction, sports equipment, electronics, marine, industrial, and medical fields.
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  • 12K 600G Bidirectional Carbon Fiber Twill Fabric | High-Strength PAN-Based

    12K 600G Bidirectional Carbon Fiber Twill Fabric | High-Strength PAN-Based

    Features

    • 12K fiber tow (12,000 filaments/tow, 7μm diameter) for heavy-duty structural use
    • 600gsm areal weight (0.5–0.6mm thickness), ideal for load-bearing components
    • Bidirectional design for balanced strength; 2×2 twill weave for good drapability and iconic look
    • Available as dry fabric or epoxy pre-preg; optional TiN/TiCN/TiAlN coatings

    Key Technical Specs

    Parameter
    Specification
    Fiber Type
    100% PAN-Based Carbon Fiber
    Tow Size
    12K (12,000 Filaments)
    Tensile Strength
    ≥4000 MPa
    Tensile Modulus
    ≥230 GPa
    Standard Width/Roll
    1m (custom up to 2m); 50m/100m

    Advantages

    • Exceptional strength-to-weight ratio, lighter than steel/aluminum with high rigidity
    • Balanced bidirectional performance and superior corrosion/fatigue resistance
    • Easy to process (good drapability) and cost-effective for industrial use
    • Iconic twill look and customizable options

    Applications

    Key uses: Aerospace (UAVs, aircraft parts), automotive (EVs, racing cars), marine (hulls, masts), renewable energy (wind turbine blades), industrial machinery, sports equipment, and custom composites.
    We offer high-quality, consistent rolls with flexible supply options. Contact us for samples or custom specs.
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  • Carbon Road Handlebars | Lightweight, Aerodynamic & Durable for Cyclists

    Carbon Road Handlebars | Lightweight, Aerodynamic & Durable for Cyclists

    Our carbon road handlebars are engineered for serious road cyclists who demand the perfect balance of lightweight construction, aerodynamic efficiency, and all-day comfort. Crafted from high-modulus carbon fiber, these handlebars deliver superior stiffness for power transfer, while absorbing road vibrations to reduce fatigue—whether you’re sprinting to the finish line, logging long endurance miles, or tackling challenging climbs.
    Unlike aluminum handlebars, our carbon road handlebars combine exceptional strength with minimal weight, helping you cut seconds off your pace and ride longer without compromising control. Available in multiple drop styles, widths, and rises, we have the perfect carbon road handlebars to match your riding style, bike setup, and performance goals.

    Technical Specifications

    Parameter
    Specification
    Material
    High-Modulus Carbon Fiber (3K/12K Weave) + Epoxy Resin
    Weight Range
    180g – 280g (Depends on Width & Drop Style)
    Handlebar Width
    380mm, 400mm, 420mm, 440mm (Custom Widths Available)
    Drop Style
    Compact Drop, Traditional Drop, Aero Drop
    Clamp Diameter
    31.8mm (Standard) / 25.4mm (Optional)
    Tensile Strength
    600 – 800 MPa
    Vibration Damping
    Excellent (30% Better Than Aluminum)
    Finish
    Matte/Glossy Carbon Weave, UD (Unidirectional) Option
    Compatibility
    All Road Bikes, Triathlon Bikes, Gravel Bikes (Adjustable Fit)
    Certification
    EN 14781 (Cycling Safety Standard), ISO 9001

    Key Advantages of Our Carbon Road Handlebars

    • Ultra-Lightweight Construction – Crafted with high-modulus carbon fiber, our handlebars are 20-30% lighter than aluminum alternatives, reducing overall bike weight for faster acceleration and easier climbs. Every gram saved translates to better performance on the road.
    • Superior Aerodynamics – Streamlined profiles (especially aero drop styles) reduce wind resistance, helping you maintain higher speeds with less effort. The smooth carbon surface and optimized shape minimize drag, perfect for time trials and long-distance rides.
    • Exceptional Vibration Damping – Carbon fiber’s natural shock-absorbing properties reduce road vibrations, easing hand and wrist fatigue during extended rides. Say goodbye to numbness and stay comfortable even on rough pavement.
    • High Stiffness & Power Transfer – Rigid carbon construction ensures maximum power transfer from your hands to the bike, so every pedal stroke translates to forward momentum. No flex, no energy waste—ideal for sprints and climbs.
    • Durable & Corrosion-Resistant – Unlike metal handlebars, carbon fiber is immune to rust, oxidation, and wear, ensuring long-lasting performance even in harsh weather conditions. Built to withstand the demands of regular training and racing.
    • Ergonomic Design – Multiple drop styles and widths cater to different riding positions: compact drops for comfort, traditional drops for classic road geometry, and aero drops for speed. The ergonomic shape reduces pressure points and improves grip.

    Ideal Applications

    Our carbon road handlebars are designed for a wide range of road cycling disciplines, perfect for:
    • Road Racing – Sprinting, criteriums, and road races where speed, stiffness, and weight savings are critical.
    • Endurance Cycling – Long-distance rides, gran fondos, and century rides where comfort and vibration damping matter most.
    • Triathlons & Time Trials – Aero drop handlebars reduce wind resistance, helping athletes set personal bests.
    • Recreational Road Cycling – Casual riders who want to upgrade their bike’s performance and comfort without sacrificing style.
    • Gravel Cycling – Durable, shock-absorbent options for gravel roads, balancing comfort and control on uneven terrain.
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  • 3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV – High Strength Lightweight

    3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV – High Strength Lightweight

    Product Description

    Our 3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV are crafted from high-quality 3K PAN-based carbon fiber plate, combined with advanced molding and cutting technology to ensure uniform fiber distribution and consistent mechanical performance. The 3K carbon fiber tow provides a fine, delicate texture, while the high-strength epoxy resin matrix enhances structural stability and impact resistance—making the drone frame and spare parts lightweight yet sturdy enough to withstand harsh flying conditions, including wind, vibration, and minor collisions.
    The drone frame is designed with aerodynamic principles in mind, reducing air resistance during flight and improving battery efficiency. All spare parts (including drone arms, landing gear, mounting plates, and reinforcement components) are precision-cut to tight tolerances, ensuring perfect fit and easy assembly with standard drone components. The surface features a smooth matte or high-gloss finish (customizable), showcasing the natural carbon fiber texture and adding a high-end, professional touch to your drone.
    Unlike traditional plastic or metal drone components, our 3K carbon fiber products offer an unparalleled strength-to-weight ratio, reducing the overall weight of the drone without compromising structural integrity. This not only extends flight time but also enhances maneuverability and stability. All products are rigorously tested for load-bearing capacity, impact resistance, and corrosion resistance, ensuring they meet the high standards of UAV applications.

    Technical Specifications

    Specification Item
    Details
    Product Name
    3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV
    Material
    3K PAN-based Carbon Fiber Plate + High-Grade Epoxy Resin
    Fiber Tow Size
    3K (3000 Filaments per Tow)
    Weave Pattern
    Plain Weave / Twill Weave (Customizable)
    Plate Thickness
    0.8mm – 5mm (±0.05mm Tolerance, Customizable)
    Drone Frame Size
    Customizable (Suitable for 150mm – 1000mm Drone Sizes)
    Tensile Strength
    ≥3600MPa
    Flexural Strength
    ≥2400MPa
    Density
    1.6 – 1.7g/cm³
    Finish
    Matte / High Gloss (Sandblasted Finish Available)
    Color
    Natural Carbon Fiber (Deep Grayish Black), Custom Colors Acceptable
    Temperature Resistance
    -40℃ to +120℃ (Continuous Use)
    Corrosion Resistance
    Resistant to Water, UV Radiation, and Chemicals
    Processing Technology
    Precision Cutting, Molding, Polishing, Drilling
    Spare Parts Included
    Drone Arms, Landing Gear, Mounting Plates, Reinforcement Bars, Screws (Customizable)
    Packaging
    EPE Foam + Plastic Bag + Carton (Anti-Collision Packaging)

    Product Advantages

    • Superior Strength-to-Weight Ratio: 3K carbon fiber material is 50% lighter than aluminum and 70% lighter than steel, while maintaining higher tensile and flexural strength. Reduces drone weight, extends flight time, and improves maneuverability.
    • Excellent Rigidity & Impact Resistance: High-quality carbon fiber plate and epoxy resin combination ensures strong rigidity, effectively resisting deformation and vibration during flight. Can withstand minor collisions without damage, enhancing drone durability.
    • Precision Craftsmanship & Perfect Fit: Advanced precision cutting and molding technology, tight dimensional tolerance (±0.05mm), ensuring all spare parts fit perfectly with standard drone components. Easy to assemble and replace.
    • Corrosion & UV Resistant: Resistant to water, UV radiation, and chemicals, suitable for outdoor and harsh environments (such as agricultural and industrial UAV operations). No rust or degradation, long service life.
    • Customizable Solutions: Support customization of drone frame size, plate thickness, weave pattern, finish, and spare parts combination to meet the specific needs of different UAV models (consumer, industrial, agricultural).
    • Aerodynamic Design: Drone frame is designed with aerodynamic principles, reducing air resistance and improving flight stability and battery efficiency. Ideal for long-endurance drone applications.
    • High-End Aesthetic: Natural 3K carbon fiber texture with matte or high-gloss finish, adding a professional and premium look to drones. Suitable for high-end drone products and DIY projects.
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