CINON

Fiberglass Reinforcements Core materials

Founded
2022
Headquarters
Name: waylon Email: waylon@cinoncomposites.com Tel: +86 186-2098-8848 WhatsApp: +86 135-8036-3674 Address: XBuilding 3, No.1, viheng Lane, jinnan Second Street, Dachongkou Village, shawan Street, Panyu District, Guangzhou
Factory Area
40,000 m²
Employees
20
Main Products
Fiberglass Reinforcements Core materials
Export Ratio
100%
Email
waylon@cinoncomposites.com
Website
https://cinoncomposites.com/
WhatsApp
Contact via WhatsApp
Blog
blog.cinoncomposites.com

About Us

CINON Composites specializes in fiberglass reinforcements and lightweight core materials for marine, transportation, wind energy, industrial, and aerospace composite applications. Our product range includes fiberglass fabrics, biaxial fabrics, PET foam core, PVC foam core, PMI foam core, Core Mat, PP honeycomb, and aramid honeycomb. We help composite manufacturers reduce weight, improve structural stiffness, optimize vacuum infusion processes, and lower total manufacturing costs. CINON materials are widely used in boat building, yacht construction, wind turbine blades, transportation panels, UAV structures, and industrial composite components.

Structured Company Overview

Neutral facts for citation and entity recognition.

Legal Name
CINON
Established
2022
Ownership
Private
Production Model
ODM
Annual Output
1200000 m²
R&D Team
25 engineers
Website
https://cinoncomposites.com/

Product Specification Database

Each model is a structured row. No narrative descriptions.

Name Model Type Material Applicable Industry
Thermoplastic Honeycomb Core Polypropylene Honeycomb Panel Polypropylene (PP) Transportation,RV & Caravan,Marine & Yacht,Construction,Industrial Composites
Aramid honeycomb core Aramid honeycomb core Aramid paper aramid honeycomb for aerospace/ aircraft interiors/ helicopter panels /UAV structures / drone manufacturing / sandwich panels / motorsport applications/ racing car panels /defense applications/ radar structures/ marine racing yachts / composite engineering
PMI foam core PMI Foam Core Alternative to Rohacell Polymethacrylimide Aerospace,UAV & Drone Manufacturing.Motorsport,High Performance Marine,Defense & Military,Sports Equipment
PET foam core Lightweight Structural Core Polyethylene Terephthalate Marine & Yacht Building,Wind Energy,Transportation,Rail Vehicles,RV & Caravan Manufacturing,Industrial Composites,Construction Panels,Renewable Energy
PVC foam core Divinycell Alternative Polyvinyl chloride Marine & Yacht Building，Wind Energy，Transportation，Rail Vehicles，RV & Caravan Manufacturing，Industrial Composites，Construction Panels，Defense Applications
CX Core Material Soric LRC Alternative Polyester Marine & Yacht，Wind Power，Automotive & Rail Transit，Aerospace & UAV，Construction & Sanitary Ware，Anti-corrosion Industry
CS Core Material Vacuum Infusion Core Material Polyester nonwoven fabric Marine & Yacht Building,Transportation,Industrial Composites,Wind Energy,RV & Caravan Manufacturing,Infrastructure
CT Core Material Thin Flow Core Material Polyester nonwoven fabric Marine & Yacht Building,Transportation,Industrial Composites,Wind Energy,Composite Tooling,Sports & Leisure Equipment
CM core mat Infusion Core Material Polyester nonwoven fabric Marine & Yacht Building,Transportation,Wind Energy,Industrial Composites,RV & Caravan Manufacturing,Infrastructure
Light Weight Fiberglass Cloth E-Glass Fabric E glass fiber Marine & Yacht Building,Surfboard Manufacturing,UAV & Drone Manufacturing,Sports Equipment,Industrial Composites,Composite Tooling,Wind Energy,Transportation
Multiaixal Fiberglass Fabrics Non-Crimp Fiberglass Fabric alkali free glass fiber Marine & Yacht Building,Wind Energy,Transportation,Industrial Composites,Infrastructure,Sports Equipment,Defense Applications

Certifications & Compliance

Each record can become a certification entity page.

Certification Cert Number Standard Authority Market Issue Date Expiry Date Document
IS0 9001:2015 51326Q04922R053 GB/T19001-2016/ISO9001:2015 Shenzhen Moqc Certification Co.,Ltd Global 2026-04-29 2029-04-28 PDF
IS0 45001:2018 51326S01896R053 GB/T45001-2020/ISO45001:2018 Shenzhen Moqc Certification Co.,Ltd Global 2026-04-29 2029-04-28 PDF
IS0 14001:2015 ISO14001-2023-001 ISO 14001:2015 SGS Global 2023-06-01 2028-06-01 PDF

Applications & Industries

Taxonomy-backed tags to form industry ↔ supplier ↔ product relationships.

Industry Country Working Condition Project Type Function Operation Mode Special Requirement Matched Equipment
Industrial Composites CN,US,DE,IT,IN Corrosive Environments,Extreme Outdoor Weather,High Temperature & Fire Risk, Acoustic Stress, Hygiene Requirements Industrial Covers FRP Panels Machine Enclosures Corrosion Resistance Weight Reduction Structural Performance Hand Lay-up / Spray-up: Chemical Compatibility Continuous Panel Lamination Lines, Pultrusion Machines
Sports & Leisure TH,VN,CN,AU,US,NZ,ZA Saltwater Corrosion,Extreme UV Exposure,Hydrodynamic Drag,Impact & Abrasion,Buoyancy & Weight Surfboards Kayaks Paddle Boards Sports Equipment Weight Reduction Performance Improvement Vacuum Infusion & Sandwich Construction Lightweighting,Flex Memory (The "Pop") Vacuum Pumps & Baging Systems
Composite Tooling US,DE,GB,IT,CN High Temperature,High Pressure,Vacuum Integrity,Thermal Cycling RTM Mold,Vacuum Infusion Mold,Composite Tooling Dimensional Stability Reduce Tool Weight Improve Production Efficiency CNC Machining (Direct Tooling),Composite-on-Composite Tooling Vacuum Resistance、Heat Distortion Resistance Vacuum Infusion Equipment、RTM Injection Machine
Marine & Yacht Building TR,US,GB,IT,NL,FR,AU,NZ Salt Water Environment High Humidity Dynamic Loading Corrosion Exposure High pressure Corrosive environment High strength & lightweight Long‑term static/dynamic load 24/7 continuous operation Boat Hulls,Boat Decks,Bulkheads,Superstructures,Marine Panels Weight Reduction Improve Stiffness Reduce Resin Consumption Improve Infusion Efficiency Corrosion Resistance Vacuum Infusion Resin Infusion Hand Lay-up RTM Low Water Absorption Salt Water Corrosion Resistance Good Resin Flow Vacuum Pump Vacuum Bagging System Resin Mixing Equipment Infusion System
Wind Energy DE,DK,ES,US,CN,IN High temperature Low temperature High pressure Corrosive environment High strength & lightweight Long‑term static/dynamic load 24/7 continuous operation Wind Turbine Blades,Blade Shells,Nacelle Structures Fatigue Resistance Weight Reduction Structural Performance Long Service Life Vacuum Infusion Resin Infusion Hand Lay-up RTM High Fatigue Resistance Lightweight Structure Dimensional Stability Vacuum Infusion Equipment Large Mold System
RV & Caravan DE,CA,AU,IT,FR,GB,US,CN,MX Thermal Cycling,Dynamic Vibrations,UV Radiation,High Humidity & Moisture RV Panels,Caravan Walls,Floors,Roofs Weight reduction Strength & stiffness improvement Corrosion resistance Fatigue resistance Dimensional stability X‑ray transparency Low temperature stability Energy saving & emission reduction Process efficiency improvement Quality consistency Vacuum Bonding,Continuous Lamination,Wet Layout / Infusion Lightweighting,Anti-Delamination,Flatness (Tolerance),Acoustic Insulation,Impact Resistance Large-Format Vacuum Presses,5-Axis CNC Routers,Roll Coating Machines
Transportation MX,US,IT,FR,SE,JP Dynamic Road Loads,Extreme Thermal Gradient,Internal Impact, Corrosive Exposure,Frequent Cycling Truck Bodies Bus Panels Rail Interiors Weight Reduction Impact Resistance Corrosion Resistance High cycle molding Automated production line Weight Reduction (Payload Optimization),Thermal Efficiency Large Panel Presses, High-Pressure PUR Injection Machines
Aerospace & UAV US,CA,DE,FR,IL High Altitudes,High G-Forces,Vibration & Fatigue,EMI Shielding,Thermal Stress UAV Wings Drone Structures Aircraft Panels Ultra-Lightweight Structures High Stiffness High Temperature Resistance RTM / VARTM Long‑term service High cycle molding Automated production line Weight Criticality,Surface Aerodynamics,Traceability,Stiffness-to-Weight Ratio Vacuum Baging Systems

Industries (8) → Products (11 models) → Certifications (3)

Manufacturing Capabilities

Core processes and equipment available in-house.

🎨

Customization

Core materials, fiberglass fabric

📊

Monthly Capacity

100000㎡

⏱️

Lead Time

15-30days

🌍

Export Markets

worldwide

💬

After Sales

Comprehensive technical support covering material selection, composite process optimization, vacuum infusion guidance, alternative material recommendations, sample evaluation, quality traceability, and global logistics coordination. Support is available through email, WhatsApp, online meetings, and technical documentation to assist customers from prototype development to mass production.

🧪

Quality Control

100% test

Project References / Cases

Verified project records. Client names anonymized where requested.

Client Type Country Quantity Application Duration Result Highlight
Sports Equipment Manufacturers TH container ordres Surfboard Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits Weight Reduction Performance Improvement High Buoyancy & Impact Resistance
UAV Manufacturers DE 10pallets UAV production Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits Ultra-Lightweight Structures High Stiffness High Temperature Resistance Fatigue Resistance, Low Density
Transportation Panel Manufacturers MX container orders transportation panel Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits Lightweighting, Improved Corrosion Resistance Good Adhesion With Core Material
RV Manufacturers US 5 pallets FRP panels Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits it'g glossy for surface treatment, and uniformity of thickness Low Weight & Anti-UV Performance
Marine & Yacht Builders AU container orders materials and tools for boat building Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits Smooth Surface Easy Wet-Out Better Finish Material Selection
Composite Materials Distributor CZ Container Orders Vacuum Infusion Composite Manufacturing Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits good feedback for products, and reorder every month OEM label for customer
Composite Material Distributor GB Sample Evaluation + Commercial Supply Vacuum Infusion Composite Structures Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits Alternative Supply Solution Fast lead time & reliable export logistics
Composite Material Distributor PL container order Composite Structures Designed for long-term composite structural applications,Provides lightweight, stiffness improvement and durability benefits good sale in the local, and repeat orders every month OEM logo for customer

Comparative Positioning

Side-by-side benchmarks against peer manufacturers in this segment.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
PMI Foam Core vs Aramid Honeycomb Core PMI Foam provides isotropic properties and easy machining, while aramid honeycomb offers superior stiffness-to-weight performance. Aramid Honeycomb: Higher stiffness-to-weight ratio PMI Foam: Better machining efficiency PMI: UAV Radome Sports Equipment Aramid Honeycomb: Aerospace Defense High-End Sandwich Structures Cost competitiveness depends on density, thickness, and project requirements. Both materials contribute to lightweight composite structures, helping reduce overall system weight.
Fiberglass Multiaxial Fabric vs Woven Roving Multiaxial fabrics provide straighter fiber orientation and higher structural efficiency. Up to 20-30% higher laminate performance depending on lay-up design. Wind Energy Marine Structural Composites Multiaxial fabrics are generally higher cost but reduce labor requirements. Higher resin impregnation rate and less energy consumption during lamination
Fiberglass Fabric vs Carbon Fiber Fiberglass offers lower cost and better impact resistance, while carbon fiber provides higher stiffness and lower weight. Carbon Fiber: 2-4x higher stiffness Fiberglass: 3-5x lower material cost Fiberglass: Marine Industrial Construction Carbon Fiber: Aerospace Racing High Performance Structures the price of carbon fiebr is 12-15times that of glass fiber Fiberglass brings lower overall production energy consumption for mass production.
PET Foam vs PVC Foam PET Foam offers better sustainability and temperature resistance, while PVC Foam provides higher mechanical properties. PVC Foam typically offers 20-40% higher compression strength. PET Foam provides better recyclability. PET: Wind Energy Transportation Industrial Panels PVC: Marine High Load Structures Performance Composites PET Foam is usually 10-20% lower cost than PVC Foam. PET consumes less energy during raw material production and recycling processing.
CM Core Material vs PVC Foam Core CM combines resin flow and lightweight sandwich construction, while PVC foam focuses on higher structural strength and compression resistance. PVC Foam typically provides 2-5 times higher compression strength than Core Mat. CM: Boat Hulls Boat Decks General Infusion Structures PVC Foam: High Load Areas Structural Sandwich Panels Wind Energy Components CM is generally 20-50% lower cost than PVC Foam. Both contribute to lightweight composite structures and fuel efficiency.

Risk & Trust Signals

Aggregated data-driven indicators. Not an endorsement.

✓ Overall Trust Score
78/100
Based on 14 verified signals
✓ Positive Signals
Trade RegistrationVerified
Alibaba Gold SupplierYes (5+ yrs)
Audited by 3rd Party2024
On-time Delivery Rate94%
⚠ Risk Items
Incorrect Material SelectionTechnical Evaluation Support
Enterprise MeasureEngineering support is provided to recommend suitable core materials, fiberglass reinforcements, and manufacturing processes before order confirmation.
Transportation DamageExport Packaging Protection
Enterprise MeasureProducts are packed with reinforced pallets, moisture-proof wrapping, corner protection, and export-standard packaging.
Delivery Delay RiskProduction Schedule Management
Enterprise MeasureProduction planning and inventory management help maintain stable lead times for regular products and urgent projects.
Batch-to-Batch VariationRaw Material & Batch Traceability
Enterprise MeasureEach batch is identified with production records and traceable lot numbers to ensure product consistency.
Product Specification DeviationPre-production Specification Confirmation
Enterprise MeasureAll dimensions, thickness, density, roll length, width, and weight are confirmed before production. First-piece inspection is conducted before mass production.
Performance InconsistencyBatch Performance Verification
Enterprise MeasureEach production batch undergoes density, thickness, weight, and appearance inspection. Test reports are available upon request.
ℹ Additional Info
Last Verified2026-06-08 09:16:06
Data SourcesAICPA, Alibaba, TÜV
Profile Completeness91%

Purchase & Trade Information

Trading terms and procurement details.

ℹ Purchase Details
MOQ100㎡
Delivery MethodFOB,CIF,EXW
AcceptancePre-shipment test，Quality Test Report
Payment Terms30% deposit in advance, and 70% balance by TT before shipment.

Product Comparison

Comparative analysis against alternative solutions.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
PMI Foam Core vs Aramid Honeycomb Core PMI Foam provides isotropic properties and easy machining, while aramid honeycomb offers superior stiffness-to-weight performance. Aramid Honeycomb: Higher stiffness-to-weight ratio PMI Foam: Better machining efficiency PMI: UAV Radome Sports Equipment Aramid Honeycomb: Aerospace Defense High-End Sandwich Structures Cost competitiveness depends on density, thickness, and project requirements. Both materials contribute to lightweight composite structures, helping reduce overall system weight.
Fiberglass Multiaxial Fabric vs Woven Roving Multiaxial fabrics provide straighter fiber orientation and higher structural efficiency. Up to 20-30% higher laminate performance depending on lay-up design. Wind Energy Marine Structural Composites Multiaxial fabrics are generally higher cost but reduce labor requirements. Higher resin impregnation rate and less energy consumption during lamination
Fiberglass Fabric vs Carbon Fiber Fiberglass offers lower cost and better impact resistance, while carbon fiber provides higher stiffness and lower weight. Carbon Fiber: 2-4x higher stiffness Fiberglass: 3-5x lower material cost Fiberglass: Marine Industrial Construction Carbon Fiber: Aerospace Racing High Performance Structures the price of carbon fiebr is 12-15times that of glass fiber Fiberglass brings lower overall production energy consumption for mass production.
PET Foam vs PVC Foam PET Foam offers better sustainability and temperature resistance, while PVC Foam provides higher mechanical properties. PVC Foam typically offers 20-40% higher compression strength. PET Foam provides better recyclability. PET: Wind Energy Transportation Industrial Panels PVC: Marine High Load Structures Performance Composites PET Foam is usually 10-20% lower cost than PVC Foam. PET consumes less energy during raw material production and recycling processing.
CM Core Material vs PVC Foam Core CM combines resin flow and lightweight sandwich construction, while PVC foam focuses on higher structural strength and compression resistance. PVC Foam typically provides 2-5 times higher compression strength than Core Mat. CM: Boat Hulls Boat Decks General Infusion Structures PVC Foam: High Load Areas Structural Sandwich Panels Wind Energy Components CM is generally 20-50% lower cost than PVC Foam. Both contribute to lightweight composite structures and fuel efficiency.