Marca RCM: Conformidade Elétrica para a Austrália
Introdução
A container of USB chargers, LED drivers, hair dryers or kitchen gadgets leaves Shenzhen on a Monday and reaches an Australian port a few weeks later. On paper the shipment is perfect: the invoice matches the romaneio, the HS codes are right and the freight is paid. Then a retailer, a state electrical regulator or a marketplace compliance team asks a simple question that nobody prepared for. Where is the evidence that this product may carry the RCM mark, and which Australian company is legally answerable for it?
The Regulatory Compliance Mark, usually shortened to RCM, is the small tick-inside-a-triangle symbol you see on the back of almost every plug-in product sold in Australia and New Zealand. It is not decoration and it is not a certificate that a factory can simply print on a label. It is a legal claim made by a specific, registered supplier that the product meets the applicable safety and electromagnetic requirements. If that claim cannot be backed up with paperwork, the goods become a commercial and legal problem for everyone in the chain, including the freight forwarder who moved them.
This guide is written for importers, comércio eletrônico transfronteiriço sellers, sourcing teams and freight professionals who handle electrical or electronic products bound for Australia. It explains what the RCM actually means, how the two regulatory systems behind it work, how risk levels change your workload, which documents should travel with the cargo, and how to plan ocean freight around compliance rather than against it. The information reflects public guidance from the Electrical Equipment Safety System (EESS), the Australian Communications and Media Authority (ACMA) and state regulators as of November 2026. It is practical guidance, not legal advice, so confirm your product-specific position with your regulator or an accredited laboratory.
What the RCM Mark Really Is
One Symbol, Two Regulatory Systems
RCM stands for Regulatory Compliance Mark. It replaced the older C-Tick and A-Tick marks and is now the single mark used for both electrical safety and electromagnetic compatibility in Australia and New Zealand. The detail that trips up many first-time exporters is that the mark is jointly used by two separate regulators who run separate compliance tracks. One track belongs to the state and territory electrical safety regulators operating under the EESS, and the other belongs to ACMA.
The EESS track asks whether the product is electrically safe: can it shock, overheat, ignite or fail dangerously in a normal household. The ACMA track asks whether the product behaves itself in the radio spectrum: does it emit interference above allowed limits, and if it contains a radio, does it operate within the rules. A mains-powered product with a switch-mode power supply, which describes nearly every modern gadget, will usually need to satisfy both. Meeting one does not excuse you from the other.
Table 1: The two systems behind the RCM
| Aspecto | EESS (electrical safety) | ACMA (EMC, radio, telecom) |
| Principal preocupação | Electrical safety of in-scope household and personal equipment | Electromagnetic compatibility, radiocommunications and telecommunications |
| Administrado por | State and territory electrical regulators, coordinated through ERAC | Autoridade Australiana de Comunicações e Mídia |
| Who can be responsible | A legal entity in Australia or New Zealand holding an ABN or NZ IRD number | A supplier located in Australia |
| Níveis de risco | Level 1 (low), Level 2 (medium), Level 3 (high) | Compliance Level 1, 2 and 3 for EMC |
| Marking standard | AS/NZS 4417.1 and AS/NZS 4417.2 | AS/NZS 4417.1 and the ACMA labelling notices |
| Evidências principais | Test evidence, compliance folder, certificate of conformity for Level 3 | Declaration of conformity, test reports and compliance records |
| GRAVAÇÕES | Kept by the Responsible Supplier, often advised for many years | Kept for five years after supply stops, with fines for failing to keep them |
The Old Marks Are Gone
Many factories still hold labels, moulds or packaging artwork carrying the C-Tick, the A-Tick or a state approval number. Those marks have been superseded. The EESS introduced a single RCM specifically so that suppliers would stop juggling different state marks, and a five-year phase-in for sellers and three years for responsible suppliers was set when the scheme began. Those windows closed long ago, so new production should carry the RCM and nothing else. Stock that arrives with legacy marks is an immediate red flag during an audit or retailer inspection.
What the 2026 Landscape Looks Like
The EESS began in Victoria on 1 April 2019 with a six-month transition for suppliers to register themselves and their medium and high-risk products. The purpose was to harmonise a patchwork of state laws, replace multiple approval marks with one, and give the public a national database of responsible suppliers. The technical safety requirements themselves did not change dramatically, but the evidence of conformity expected from suppliers did, and that evidence trail is what regulators now look for.
The most noticeable shift for cross-border sellers is the attention on online marketplaces. Energy Safe Victoria publishes an online marketplace operator guide, with a page date of September 2026, that encourages operators to check whether suppliers are located in Australia, to display the location of the supplier, and to verify equipment registration against the EESS database where registration is required. For a seller shipping from China directly to Australian consumers, this means a listing can be challenged long before a parcel ever reaches customs.
Standards are also moving. Industry guidance published in 2026 reports that Standards Australia and Standards New Zealand updated the safety standard for audio, video and IT equipment in November 2025, with AS/NZS 62368.1:2026 now positioned as the preferred reference. If your test reports pre-date that change, ask your laboratory whether they remain acceptable for your product and your launch date. Never assume an older report carries over automatically.
The EESS website also publishes safety notifications on specific product types, and recent entries include items such as self-ballasted LED lamps, glue guns and electric hot water bottles and over-blankets. These notices are a useful early-warning system. If your product category appears there, expect closer scrutiny and make sure your compliance folder is complete before the first container ships.
Who Counts as the Responsible Supplier
The Responsible Supplier is the pivot on which the whole system turns. Under the EESS it is the on-shore manufacturer or the importer, and it must be a legally identifiable entity in Australia or New Zealand. An overseas factory or an overseas online store cannot register as a Responsible Supplier, however good its certificates are. Registration happens on the national EESS platform, and a supplier must be registered before it can legally sell or supply in-scope equipment.
In practice the importer is the Responsible Supplier in the majority of cases. The importer makes the supplier declaration, holds the compliance records and carries the legal accountability if something goes wrong. The EESS publishes worked examples of tricky structures, such as a foreign-owned factory working with an Australian company that provides engineering and quality services, and the answer depends on who actually places the goods on the Australian market.
Freight professionals should be careful with one assumption. The consignee on a bill of lading, the customs broker lodging the import declaration and the freight forwarder arranging transport are not automatically the Responsible Supplier. Being named on a shipping document does not create compliance, and a forwarder who quietly lets itself become the apparent importer of record for a client’s uncertified goods inherits risk it did not intend to take.
There is another point that surprises sellers. For Level 3 equipment, registration is done by each importer separately, even if another importer has already registered the same model. A factory certificate can support many importers, but it cannot let two importers share one registration. If you sell the same product through two Australian distributors, each needs its own registration.
Regulators can act when supplier details on the database are out of date, when false or misleading information is supplied, or when Level 2 or Level 3 equipment is supplied without registration. Outcomes can extend to cancelling the supplier’s registration, which would stop it selling in-scope equipment altogether. For a business whose whole model is importing electrical goods, that is the worst realistic outcome.
Because the stakes are high, treat the choice of importer as a due diligence exercise rather than a formality. Ask for the supplier’s EESS registration details and check them against the national database, confirm that the company’s ABN is active and that its contact information is current, and ask how it stores compliance folders and who inside the business can produce them within a few days if a regulator asks. A partner that answers these questions quickly and in writing is usually a safer bet than one that promises everything and documents nothing. It is also sensible to agree in the contract who pays for retesting, relabelling and any recall costs, because those items are rarely cheap and are easy to argue about once a problem has appeared.
The Three EESS Risk Levels
The EESS sorts in-scope household, personal and similar electrical equipment into three levels based on risk. Level 3 is the highest risk, Level 2 is medium and Level 1 is low. The lists of Level 2 and Level 3 equipment are defined in AS/NZS 4417.2, and everything in scope that is not on those lists is treated as Level 1. The level determines how much evidence you need and whether the product must be registered on the national database before sale.
Table 2: EESS risk levels and what each requires
| Nível | Gestão de | Registro | Evidências e anotações |
| 1 | Low or unknown | Responsible Supplier must be registered; equipment registration is not mandatory and listing is free if done voluntarily | Evidence of compliance with the relevant standard; a compliance folder is strongly recommended |
| 2 | Suporte: | Equipment must be registered on the EESS Registration Database against the supplier, with an equipment declaration | Compliance folder is mandatory; test evidence to the applicable standard; fees apply |
| 3 | Alto | Equipment must be registered, and each importer registers separately | Certificate of Conformity from an accredited certifier or regulator, plus compliance evidence; fees apply |
Classification is where many shipments go wrong. Registering a Level 2 or Level 3 item as Level 1 is not permitted and can attract penalties, so the temptation to choose the cheapest route is a bad one. Read the equipment definitions in AS/NZS 4417.2 closely, check the EESS in-scope equipment pages, and ask your laboratory or certifier to confirm the level in writing. Items such as electric blankets, cord extension sets and certain switches and plugs typically sit at the higher end of the scale, whereas many ordinary household appliances and IT-type devices fall lower, but never rely on a general rule when you can obtain a definite answer.
The level also governs when you may print the mark. Once you are a registered Responsible Supplier, you are authorised to mark Level 1 equipment with the RCM. For Level 2 and Level 3 you must register the equipment first. This has a direct production consequence: if a Level 3 certificate is still in progress, the factory should not run final labels or retail packaging carrying the RCM yet, because the mark would be a claim you are not yet entitled to make.
The ACMA Side: EMC, Radio and Telecommunications
ACMA regulates electromagnetic compatibility and radiocommunications through its labelling notices, including the Radiocommunications Labelling (Electromagnetic Compatibility) Notice 2017, and through the General Equipment Rules. The structure mirrors the EESS in that it has three compliance levels, with more demanding testing and record-keeping as the risk rises. The ACMA’s own classification is separate from the EESS classification, so a product can be Level 1 for electrical safety and Level 2 for EMC at the same time.
Table 3: ACMA compliance levels in practice
| Nível | Perfil de risco | Testes | Records and labelling |
| Nível 1 | Low risk devices with little emission potential | Supplier may rely on internal assessment or existing evidence | Labelling is optional for low-risk devices; keep records and a declaration where required |
| Nível 2 | Medium risk, for example devices containing a switch-mode power supply | Testing by any testing body or an in-house facility | Declaration of conformity, test report, compliance label such as the RCM or a QR code |
| Nível 3 | High risk, including many radio transmitters | Testing must be done by an accredited testing body | Full compliance record, declaration of conformity and label |
The switch-mode power supply is the detail that catches most gadget importers. Chargers, adapters, LED drivers, smart plugs and countless small appliances contain one, which usually lifts them to the medium-risk EMC level. If a product also contains Bluetooth, Wi-Fi or another radio, additional radiocommunications requirements apply and the evidence package grows accordingly.
ACMA expects suppliers to keep compliance records for five years after they stop supplying the product, and it publishes penalties that include a fine of 30 penalty units for failing to keep the records required under the labelling notice or the General Equipment Rules. The label itself can be the RCM or, under the current arrangements, a QR code that links to compliance information. The record is the real asset: the label only points to it.
Um Caminho Prático para a Conformidade
Step One: Classify the Product Twice
Start by deciding whether the product is in scope for the EESS and which level applies, then repeat the exercise for ACMA. Write both classifications down along with the reasoning and the standard you relied on. This single page will save hours later when a retailer, auditor or regulator asks how you reached your conclusions.
Step Two: Put the Right Entity in Place
Confirm who will be the Responsible Supplier. If you have an Australian company with an ABN, register it on the EESS platform and complete the supplier declaration. If you are an overseas seller without a local entity, you will need an Australian importer or a genuine local partner willing to take on the obligations. Be sceptical of any arrangement where a third party offers to act as your Responsible Supplier for a small fee without examining your products, because their name will be on the declaration but the risk is shared.
The same Australian entity usually needs to arrange the ACMA side as well, because the ACMA supplier must be in Australia and the declaration of conformity names that supplier.
Step Three: Test to the Right Standards
Choose an accredited laboratory with experience in Australian requirements. Safety testing will reference standards such as AS/NZS 62368.1 for audio, video and IT equipment or the AS/NZS 60335 series for household appliances, while EMC testing typically references AS/NZS CISPR 32 or the CISPR standard that fits the product family. Give the laboratory a representative production sample with the exact plug, cable, power supply and materials that will ship, not a hand-built prototype.
For Level 3 products, the test work feeds into a Certificate of Conformity issued by an accredited certification body or an EESS regulator. Industry sources describe the RCM certificate validity for general appliances as five years, but always read the validity stated on your own certificate.
Step Four: Build the Declarations and Compliance Folder
The Responsible Supplier declaration automatically covers Level 1 equipment, while Level 2 and Level 3 items need their own equipment declarations made when they are registered. The compliance folder should hold the test reports, the product description, photographs of the product and label, circuit and critical component information, the declaration and the certificate where one exists. Mandatory for Level 2, recommended for Levels 1 and 3, and sensible for everyone.
Step Five: Register Level 2 and Level 3 Equipment
Enter each model on the EESS Registration Database and link it to your registered supplier profile. Where a Level 3 certificate exists, the new model must be added to the certificate by the issuing certifier before you try to add it to the registration. Registration fees apply to Level 2 and Level 3 equipment and are listed on the EESS registration fees page, so check the current schedule before you budget rather than relying on an old figure.
Step Six: Mark the Product and Its Packaging
Apply the RCM according to AS/NZS 4417.1. The mark should be permanent, legible and in the prescribed form, and commonly cited guidance puts the minimum size at around three millimetres in height, though you should verify this against the current standard for your product type. Place it on the product itself wherever practicable, and keep the artwork consistent with the model number on the certificate and the registration.
Step Seven: Ship With Evidence and Keep the Records
Send the documents to your importer before the container is booked, not after it arrives. Once goods are on the water, fixing a labelling error means a costly rework at an Australian warehouse, with the cargo sitting idle while the clock runs. Keep the full compliance record accessible for the entire period you supply the product and for the required time afterwards, because a regulator is entitled to ask for it long after the last container has been sold.
The Documents That Should Travel With the Cargo
Compliance is a paper discipline. The goods themselves can be flawless and still be difficult to clear, sell or defend if the file is thin. The table below shows which documents matter, who normally prepares them, and why a freight forwarder should care that they exist.
Table 4: Core documents for Australia-bound electrical shipments
| ISO | Preparado por | Necessário para | Por que é importante |
| Fatura comercial e lista de embalagem | Seller or factory | Customs and importer | Model numbers and descriptions must match the certificate and registration |
| Safety and EMC test reports | Laboratório credenciado | Fornecedor Responsável | Core evidence of compliance with the relevant standards |
| Certificate of Conformity (Level 3) | Accredited certifier or regulator | Fornecedor Responsável | Required before registration and use of the RCM on Level 3 items |
| EESS supplier and equipment registration details | Fornecedor Responsável | Retailers, marketplaces, regulators | Shows the supplier is registered and the equipment is linked to it |
| Supplier declaration of conformity and compliance folder | Fornecedor Responsável | Regulators on request | Proves the claim made by the RCM |
| Label artwork and photos of finished units | Fábrica | Importer, forwarder | Allows a pre-shipment check that the mark is present and correct |
| Bateria e mercadorias perigosas formulários | Shipper and factory | Transportadora e agente de carga | Needed for lithium cells and batteries moved by sea or air |
| Timber packaging treatment evidence | Factory or packer | Biosecurity and customs | Untreated wood packaging can cause delays and treatment orders at the border |
Notice that the list mixes safety compliance with logistics compliance. A shipment can fall over on a biosecurity issue just as easily as on a missing registration, and the forwarder who manages the whole file will catch problems that a single-purpose specialist misses.
Freight Planning Around Compliance
FCL or LCL for Electrical Goods
Full container load gives you a sealed box from factory to destination, with a single consignee and a single set of documents. For established products, high volume and goods where label integrity matters, it is usually the cleaner choice. Less than container load is attractive for first orders, trial batches and sellers who want to test the Australian market before committing to larger volumes, and a good consolidator can keep unit costs reasonable.
The compliance angle on LCL is that your cargo shares a container with other shippers’ goods and is devanned at a container freight station at the destination. If authorities inspect or hold the box, the delay can ripple across several consignments. Keep your documents tidy, make sure cartons are marked with the model names shown on the invoice, and avoid mixing certified and uncertified models in the same shipment, because a single doubtful carton can slow down a whole booking.
Incoterms and the Importer Question
The trade term you choose silently decides who must deal with Australian compliance. If you sell on FOB or CIF terms, the Australian buyer normally becomes the importer and therefore the Responsible Supplier, so you should supply the evidence package early. If you sell on DDP terms, you are promising delivery with duties paid, which means someone must act as importer, and an overseas seller with no Australian entity cannot register as a Responsible Supplier. DDP only works safely when a genuine Australian importer stands behind it.
Table 5: Trade terms and their RCM implications
| INVERNO | Who normally handles Australian import | Compliance implication |
| EXW ou FCA | Australian buyer | Buyer is usually the Responsible Supplier; seller should provide test reports and label artwork before shipment |
| FOB | Australian buyer | Same as above; confirm labels are final before cargo is loaded |
| CIF ou CFR | Australian buyer | Seller arranges ocean freight but the importer still owns compliance |
| DAP | Australian buyer clears and pays duties | Seller needs the importer to confirm registration details before dispatch |
| DDP | Seller, through an agent or partner | Only safe if an Australian entity acts as importer and holds supplier registration |
Timing the Moving Parts
Plan the compliance calendar backwards from your launch date. Door-to-door ocean freight from China to Australia often runs in the range of two to four weeks depending on the port pair, consolidation and clearance, but certification can take longer than the voyage. Level 3 certification is usually the longest lead item, so ask the certifier for a written timeline and add a buffer for questions on the test report. Do not book vessel space for goods whose final labels you cannot yet legally print.
Australian biosecurity rules also deserve a place on the checklist. Wooden pallets and crates must meet treatment requirements, and a cargo with untreated or unmarked timber can face delays or required treatment even when the electrical paperwork is perfect.
Pre-Shipment Checks That Prevent Expensive Surprises
The cheapest moment to catch a labelling error is before the cartons are sealed. Ask the factory to send clear photographs of a finished unit showing the RCM, the model number, the rating label and the supplier details, and compare them against the certificate and registration. If the mark is too small, placed where it will be hidden by a battery cover, or printed in a form that does not match the standard, it is far better to know while the goods are still on the production line.
For larger orders, a third-party inspection before loading is worth the cost. The inspector can sample finished units from the line, check that the label matches the approved artwork, verify the carton markings and confirm that the product in the box is the product named on the certificate. Factories sometimes change a component, a cable supplier or a plug moulding between the sample that was tested and the mass production run, and a certificate only protects you if it still describes what you are shipping.
Finally, make sure the descriptions in the customs documents are specific. Vague wording such as electronic accessories or household goods invites questions, while a precise description with the model number, function and power rating makes it easier for the broker, the importer and any inspecting officer to connect the cargo to its compliance file.
Lithium Batteries and Dangerous Goods
The RCM says nothing about whether a product may legally travel as dangerous goods. Power banks, e-bikes, wireless speakers, vapes and countless gadgets contain lithium cells, which are regulated for sea and air carriage under the dangerous goods codes. Expect to provide the correct UN classification, such as UN3481 for lithium-ion batteries packed with equipment, test summary documentation for the cells and appropriate packaging and marking.
Several carriers and consolidators limit or refuse certain battery cargo in LCL, so check acceptance before you plan the booking. Because battery-powered products also attract strong regulator attention for safety, treat the dangerous goods file and the RCM file as parts of the same project rather than separate workstreams.
Common Mistakes and What They Cost
Most compliance failures are not exotic. They are small gaps that become expensive once the goods are overseas and the clock is running. The following table summarises the mistakes we see most often and how to prevent them.
Table 6: Frequent mistakes in RCM compliance for imports
| Erro | Provável consequência | Prevenção |
| Printing the RCM before registration or certification is complete | Mark applied without entitlement; rework or relabelling | Hold final artwork until the supplier and equipment are registered where required |
| Registering Level 2 or 3 equipment as Level 1 | Penalties and possible loss of supplier registration | Get classification confirmed in writing by the lab or certifier |
| Using an overseas entity as the supplier | Registration is not possible, listings may be removed | Appoint a genuine Australian importer |
| Model numbers that differ between invoice, label and certificate | Delays, rejected evidence, difficulty proving conformity | Align naming across every document before booking |
| Ignoring the ACMA track | Missing declaration, records or label | Run EESS and ACMA workstreams in parallel |
| Assuming old test reports remain valid | Reports refused because the standard has moved | Confirm with the lab when standards are updated |
| Overlooking battery and timber rules | Carrier refusal, biosecurity holds | Check dangerous goods and packaging requirements early |
The common thread is sequencing. Each of these mistakes can be avoided if the compliance conversation happens before production and booking, not after the cargo is on the water.
It also helps to prepare for the day a regulator, retailer or marketplace asks to see your file. A request of this kind is usually short and the deadline is usually tight, so assemble a single folder, physical or digital, that contains the registration details, the certificates, the test reports, the declarations and the label photographs for every model you sell. Test the folder by asking a colleague who was not involved in the project to find a specific document without help. If that takes more than a few minutes, the folder is not yet ready, and the time to fix it is now rather than during an enquiry.
Review the file whenever something changes: a new factory, a new component supplier, a revised label, an updated standard or a change in the Australian importer. Compliance is not a one-time purchase. It is a living record, and the businesses that keep it current rarely find themselves scrambling.
How Topway Shipping Supports Australia-Bound Electrical Cargo
Desde 2010, Envio Topway, headquartered in Shenzhen, China, has been a professional provider of cross-border e-commerce logistics solutions. The founding team brings more than 15 years of experience in international logistics and customs clearance, with a strong focus on China to U.S. transportation, and that depth of cross-border process knowledge carries over to any lane where documents and timing decide the outcome. Topway’s services span the whole logistics chain, including first-leg transportation, overseas warehousing, customs clearance and last-mile delivery, and the company also offers flexible FCL and LCL ocean freight services from China to major ports worldwide.
It is important to be clear about roles. A logistics provider is not a certifier, a laboratory or a Responsible Supplier, and it cannot lawfully take over those obligations on your behalf. What a capable forwarder can do is build compliance discipline into the movement of the goods, so that the paperwork and the cargo arrive in step.
With Topway Shipping, shippers can structure that discipline in practical ways. Before cargo-ready, the team can ask for the certificate, test report references and finished-label photographs, and compare the model names against the commercial invoice and packing list. They can help you choose between FCL and LCL based on product value, volume and the sensitivity of your labelling, coordinate customs clearance at the destination, and plan the last-mile leg once the importer confirms the goods are cleared and ready to sell. Where overseas warehousing is part of your supply chain, it gives you a controlled point at which cartons can be checked before they are released onward.
To get an accurate quote and a sensible plan, brief the team early. Share the product category and model numbers, whether the product contains lithium batteries or a radio, your Incoterm, the name and ABN of your Australian importer, your cargo-ready date and your target port. Confirm the specific Australian gateway and routing during quoting, since transit options differ by port and service.
For e-commerce sellers who sell across several markets, the practical benefit of working with one logistics partner is consistency. The same team that coordinates first-leg transportation from your factory can keep the document set aligned as the cargo moves through warehousing, customs clearance and final delivery, so that questions raised at any stage can be answered from a single, organised file. That is particularly useful for fast-moving product lines, where new models and variants appear every few months and the risk of mismatched paperwork rises with every launch.
Conclusão
The RCM mark looks small, but behind it sits a structured evidence system. The EESS governs electrical safety through risk levels, registered Responsible Suppliers and certificates, while ACMA governs electromagnetic compatibility and radio through its own levels, declarations and records. Both systems expect an Australian entity to stand behind the product, and both expect the paperwork to exist before the mark is applied, not after a regulator asks for it.
For freight professionals and sellers, the winning approach is sequencing. Classify the product under both regimes, appoint a genuine Australian Responsible Supplier, test to current standards, finish registration, then print the mark and book the freight. Align every model name across invoice, label and certificate, treat battery rules and timber packaging as part of the same checklist, and keep records well beyond the minimum.
Handled this way, compliance stops being a late-stage surprise and becomes a repeatable part of the shipping workflow. If you are planning a China-to-Australia electrical shipment and want the logistics side to run in step with your compliance file, speak with the team at Topway Shipping about FCL or LCL options, customs clearance support and delivery planning.
Perguntas Frequentes
Q: Is the RCM mark mandatory for every electrical product sold in Australia?
A: It is mandatory for in-scope electrical equipment under the EESS, and ACMA labelling rules apply to many products on the EMC and radio side. Low-risk devices may have optional labelling under the ACMA rules, so confirm the position for your specific product.
Q: Can a Chinese factory register as the Responsible Supplier?
A: No. The Responsible Supplier must be a legal entity in Australia or New Zealand with an ABN or NZ IRD number, so an overseas factory needs an Australian importer or on-shore manufacturer to take the role.
Q: Does a freight forwarder become responsible for RCM compliance?
A: Not automatically. Responsibility sits with the Responsible Supplier, but a forwarder can reduce risk by checking that documents, model numbers and labels are consistent before cargo is booked.
Q: How long should I keep compliance records?
A: ACMA requires records to be kept for five years after you stop supplying the product, and some industry guidance suggests longer for EESS records, so many suppliers keep them for ten years.
Q: Which should I choose for a first Australia-bound shipment, FCL or LCL?
A: LCL suits small trial orders, while FCL suits larger, repeat volumes where you want a sealed container and a single consignee. Topway Shipping offers both from China to major ports worldwide.