Noah Composites is presented as a source-reviewed supplier profile centered on Carbon Fiber Automotive Parts, with company-published capability separated from buyer-side verification requirements.
According to its official company history, Noah Composites began as Jin Hong Company in 2012 and transitioned to an integrated R&D, manufacturing and sales operation in 2016. Based in Huizhou, Guangdong, the company provides OEM/ODM carbon- and glass-fiber composite product development for automotive, watersports, marine, sporting-goods, medical, rescue and other custom applications.
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This procurement profile is built for engineering and procurement teams comparing a finished FRP or composite component against a controlled drawing, service condition and inspection plan. It organizes Noah Composites's published products, processes, certificate references and official sources around the primary topic “Noah Composites Carbon Fiber Automotive Parts.” The objective is to help a buyer decide whether to open a controlled RFQ, not to turn a broad company catalog into an unsupported approval.
Noah Composites currently lists 6 product or service groups and 7 manufacturing or support capabilities in this reviewed record. The public scope indicates what to investigate, while the buyer remains responsible for drawings, design calculations, standards, current certificates, sample approval and order-specific commercial confirmation. Claims below are attributed to the attached source set unless GetFRP explicitly labels them as qualification guidance.
The official website describes capabilities spanning product design, composite engineering, tooling and prototypes, serial production, prepreg compression molding, autoclave curing, vacuum infusion, CNC machining, coating and in-house laboratory testing, and states that its Huizhou manufacturing facility covers approximately 24,000 m². Buyers should confirm the material system, laminate design, tooling ownership, dimensional tolerance, surface class, test method, certification scope, MOQ, lead time and batch-traceability requirements during RFQ and sample approval.
Evaluate Noah Composites as a potential composite product manufacturer for Carbon-fiber automotive parts, verify the public evidence and prepare a comparable RFQ.
Noah Composites includes this product in its published supply scope. Treat that listing as a starting point: request the current datasheet or drawing, material and construction, available grades or dimensions, guaranteed properties, production site, quotation revision and evidence that represents the exact item offered.
For Carbon-fiber hydrofoils, paddles and watersports equipment, buyers should convert the catalog description into an acceptance specification. Confirm standard and custom options, raw-material system, critical tolerances, surface or finish, test basis, sample route, MOQ, lead time and packing. Any alternative proposed by Noah Composites should be identified explicitly rather than treated as automatically equivalent.
This product broadens the supplier's public portfolio, but GetFRP does not infer approval from a product name alone. Ask Noah Composites for the grade or model designation, manufacturing route, current technical file, production and test location, batch traceability and the limits that apply to published performance values.
A useful RFQ for Carbon-fiber rackets, sticks and other sporting goods should describe the buyer's application without disclosing unnecessary proprietary detail, then state the measurable product requirements. Compare Noah Composites's response against the same dimensions, quantity, inspection, documentation, Incoterm and delivery assumptions used for every shortlisted supplier.
Noah Composites publishes Composite design and engineering as part of its capability scope. Buyers should ask which site and equipment perform the work, the practical size or material limits, the normal control records and whether the proposed order uses the same route. Subcontracted stages should be visible in the quality plan.
The relevance of Tooling, rapid prototyping and sample validation depends on the requested product and acceptance criteria. During qualification, request a process flow, critical control points, inspection or test method, operator or equipment qualification where applicable, nonconformance handling and a recent example that represents the offered production route.
For sourcing purposes, Prepreg lay-up and automated material cutting is a capability signal rather than independent verification. Confirm capacity, tooling or fixture availability, setup and changeover assumptions, lot definition, sample approval and traceability. The quotation should identify any limitation that could affect geometry, performance, appearance or delivery.
Buyers evaluating Prepreg compression molding (PCM) should connect the process claim to evidence: an equipment list, controlled procedure, representative report, production photograph or witnessed sample may each answer a different risk. Noah Composites should also explain how the result is checked before release and recorded for the shipment.
These are sourcing contexts suggested by the published product scope, not confirmed project references. Validate the exact application, design basis and evidence in the RFQ.
Noah Composites's reinforcement range can be screened for laminating, pultrusion, winding, molding or conversion programs. Buyers should confirm grade, sizing, architecture, width, tex or areal weight, package, splice and moisture limits, then run a representative processing trial before approving the material for repeat production.
Noah Composites's listed machinery can enter a line comparison when the buyer supplies a written product and process requirement. The proposal should define the complete line boundary, controls, utilities, safety, throughput, acceptance test, installation, training, spares, documentation and the responsibility for proving product quality with representative material.
Noah Composites's tooling scope can be considered for new or replacement production tools. Buyers should release controlled product and interface drawings, material and process assumptions, critical datums, tool material and treatment, heating or flow requirements, trial conditions, acceptance measurements, ownership, maintenance and protected transport.
Noah Composites's source record currently includes Noah Composites Product & Manufacturing Directory, Noah Composites Company History & Team, Custom Composite Product Development, Composite Research & Development Capabilities. These links let a buyer distinguish company-published information from GetFRP's own qualification guidance and return to the original context when a claim changes.
The profile lists 2 company-published certification or test references. A listing is not the same as validation: request the complete current document, issuer, legal holder, production site, product and grade scope, standard edition, report specimen and validity date before citing it in a project or purchase order.
GetFRP last recorded a public-source review date of 2026-08-04. Public websites and catalogs can change after review, so commercial decisions should use newly downloaded files and direct supplier confirmation. GetFRP's public or claimed status describes profile ownership and identity controls; it does not certify every product statement or predict order performance.
Advanced Technik Composite Corp. (ATCC) is headquartered in Changzhou, Jiangsu. Its official history says the business was established in July 2017 and changed its Chinese legal name from Changzhou Qifu Antai Composite Materials Technology Co., Ltd.—the name still used by the China Composites Expo listing—to on October 20, 2025. The current website focuses the group on aircraft-grade carbon-fiber composite structures for civil-aircraft subcontracting, low-altitude aircraft and high-end industrial applications. It says ATCC fully acquired Germany's COTESA GmbH and EC in 2018 and now operates a six-base, two-center footprint with global sales offices. These history, program, customer, qualification and footprint statements are company- or organizer-published and have not been independently verified by GetFRP.
Changzhou Rixin Molding Technology Co., Ltd. is based in Zhulin, Jintan District, Changzhou, Jiangsu. Its official website says the company was founded in 2009 and develops, manufactures and sells SMC/BMC compounds and compression-molded parts. It also designs SMC production lines and provides integrated SMC/BMC technical services. Published applications include automotive, building materials, sanitary products, rail, agriculture, marine equipment, electric power, water infrastructure and new energy. The China Composites Expo lists the company as CHANGZHOU RIXIN SMC/BMC CO., LTD., while the Rixin Group English site uses Changzhou Rixin Molding Technology Co., Ltd. This is a standalone legal-company profile, separate from GetFRP's Changzhou Rixin Group exhibitor profile. Capacity, equipment, qualification and customer-validation statements are company- or organizer-published and have not been independently verified by GetFRP.
Zhejiang Huafeng New Material Co., Ltd. states on its official English website that it has developed, manufactured and sold new piping materials since 1998 and is headquartered in Hangzhou, Zhejiang. Its published range includes continuously wound GRP mortar and pressure pipe, GRP jacking pipe, water-supply, drainage and sewer pipe, FRP ductwork, flanges, tees, elbows, sleeves and manholes, plus communication and power cable protection pipe for municipal water, water infrastructure, petrochemical, marine and trenchless projects.
Official product catalogs, web directories and technical guides published by the supplier.
Official overview of products, industry applications, manufacturing processes, equipment and quality-control capabilities.
Open catalogOfficial company history and overview of the manufacturing base, R&D organization and quality team.
Open catalogOfficial custom-development workflow covering inquiry, engineering review, samples, tooling and serial production.
Open catalogOfficial overview of R&D, materials, rapid prototyping and testing capabilities.
Open catalog