This article is advisory reference content. Requirements change, HS code scopes are amended, and enforcement dates move. Always verify the current position with the destination authority or a licensed customs broker before finalising a purchase order or booking freight. Altonex Global is a B2B trade-expo and supplier-discovery platform; it does not issue any certificate of conformity, act as a customs broker, or take any role in the regulatory transactions described below.
Export Compliance for Lubricants and Auto Parts: A Country-by-Country Certification Guide
Export compliance for lubricants and automotive spare parts means proving — before goods arrive — that the products meet the destination country's national or regional standard. The certificate of conformity is the proof; it is issued by an accredited body appointed by the destination authority, not by the supplier, a freight forwarder, or a trade platform. The supplier prepares the full conformity pack; in some markets the importer also holds parallel obligations. Getting this wrong does not produce a paperwork fine: it produces held goods, daily demurrage, forced re-inspection at importer cost, or compelled re-export. This guide covers the country-by-country schemes, the product-specific gates, the document set that travels with the shipment, and how to structure an RFQ that captures certification requirements at the inquiry stage — not after the container is sealed.
Why do goods get held at the border, and who bears the cost?
Customs authorities in most regulated markets maintain a database that maps HS codes to regulatory requirements. When a product with a regulated HS code arrives without the corresponding certificate of conformity — or with a certificate that is expired, out of scope, or issued by a body not recognised by that authority — the shipment is flagged. The importer then faces a narrow set of options: pay for re-inspection at the port (if the authority permits it), arrange re-export to the origin, or accept destruction of the goods. None of these outcomes is neutral. Demurrage on a 40-foot container at a major port accrues daily and compounds rapidly. Time-sensitive deliveries and letter-of-credit transactions face additional contractual consequences on top of the logistics cost.
The key structural point for sourcing teams is this: conformity assessment is the supplier’s preparation burden, but the importer’s enforcement exposure. In most schemes, the importer is the declared responsible party at the port. In some markets — Brazil ANP registration for lubricants is the clearest example — the importer holds an independent regulatory obligation that exists entirely separately from what the exporting supplier does. A buyer who does not state the destination-market certification requirements in the RFQ is effectively delegating a procurement risk to the supplier without confirming the supplier has the required certificates.
A conformity certificate is always issued by an accredited or notified body appointed by the destination authority — never by the supplier itself (a supplier declaration of conformity, where it exists, is a separate, lower-tier document, not a certificate), and never by a trade platform, freight forwarder, or chamber of commerce. Where a pre-shipment inspection (PSI) is required, it is conducted by an inspection body from the authority’s appointed list — verify the current contracted list at the destination authority’s website before booking an inspector.
Which conformity scheme applies to my destination market?
The table below maps the major destination markets to their conformity schemes for lubricants and automotive spare parts. The regulated-vs.-unregulated status of a specific product within each scheme is always determined by the HS code — verify the current product scope at the scheme’s digital portal before preparing a shipment.
| Market | Scheme | Certificate type | Key note |
|---|---|---|---|
| Saudi Arabia | SABER / SASO | Product CoC (PCoC) + Shipment CoC (SCoC) per consignment (regulated); Supplier Declaration (SDoC) + SCoC (unregulated) | Both documents must exist in SABER before goods arrive. Regulated vs. unregulated determined by HS code at saber.sa. Applying after arrival = violation, with forced re-export and possible fines or port-detention costs at the importer’s expense. |
| GCC (all 6 states) | GSO / G-Mark | G-Mark conformity certificate from an accredited body; national enforcement varies by state | GSO 1785-1:2024 (API-classified engine lubricating oils) is mandatory GCC-wide from 1 September 2026. National authority for each state: SASO (KSA), ESMA (UAE), etc. Verify mandatory product scope per authority. |
| Nigeria | SONCAP (SON) | Product Certificate (PC) via Route A / B / C + SONCAP Certificate (SC) per consignment | Auto parts, tires, and batteries in scope; lubricants commonly in scope — verify the current product list. Full 10-digit HS code mandatory. National Single Window migration mandatory from 27 March 2026. Issued by SON-appointed Independent Accredited Firms — verify the current firm list and the applicable Route (A/B/C) at son.gov.ng. |
| Kenya | KEBS PVoC | Certificate of Conformity (CoC) per consignment; mandatory pre-export verification | Mandatory since 1 December 2015. New 2026–2029 PVoC agent contracts effective 19 February 2026 — verify the current contracted-agent list and zones at kebs.org before booking an inspector. An Import Standardization Mark (ISM) is also required for goods sold in Kenya. |
| Brazil | ANP (lubricants) + INMETRO (tires) | ANP product registration (importer obligation); INMETRO mark on tire sidewall | ANP registration is the Brazilian importer’s obligation — the supplier must provide conforming product and documentation, but the importer holds the registration. Tires: INMETRO Portaria 379/2021 (in force 1 October 2021; references UN R117). Lubricants are not INMETRO-mandatory — the lubricant gate is ANP; verify per product. |
| China | CCC (SAMR / CNCA) | CCC mark; issued by CNCA-designated certification bodies | Tires and portable lithium-ion batteries: CCC mandatory (verify the current battery rule with CNCA, as the lithium-battery rules were updated in 2025). SAMR Announcement 57 (7 January 2026): 7 additional automotive-part categories move from self-declaration to full CCC effective 1 January 2027 (applications accepted from 1 July 2026). Lubricant CCC status: unconfirmed — verify with CNCA. |
| Egypt | GOEIC | Certificate of Conformity (CoC); inspection certificate valid 1 year | Manufacturers and trademark owners of regulated products must register with GOEIC. Registration requires an ISO 9001 certificate from an IAF-accredited body (factory QMS); product conformity is demonstrated through test reports from an ISO 17025-accredited laboratory. Petroleum products appear in GOEIC inspection scope — verify the applicable HS codes with the authority. |
| Indonesia | SNI (BSN / Kemenperin) | SNI Certificate; electronic + physical SNI mark on product | Ministry of Industry Regulation No. 8 of 2025 makes SNI mandatory for motor-vehicle lubricating oil (4-stroke, 2-stroke, diesel, gearbox, automatic-transmission). Type 5 certification: factory process audit + ISO 9001:2015 QMS audit + lab product testing. Certificate valid 5 years. Issued by Kemenperin-appointed LSPro bodies. Verify exact SNI standard numbers per oil type at bsn.go.id. |
| EAEU (Russia, Belarus, Kazakhstan, Armenia, Kyrgyzstan) | EAC / Customs Union Technical Regulations (TR CU) | EAC Declaration of Conformity or EAC Certificate of Conformity, depending on the technical regulation and the product’s safety classification | Lubricants fall under TR CU 030/2012 (lubricants, oils and special fluids; in force 1 March 2014), assessed via an EAC Declaration of Conformity — a serial-production declaration is commonly valid up to 3 years. Vehicle components fall under TR CU 018/2011 (safety of wheeled vehicles; in force 1 January 2015): safety-critical parts (for example brakes, steering, lighting) require an EAC Certificate, while less safety-critical parts (for example filters and wear parts) may use an EAC Declaration. A single valid EAC document covers all member states and the product carries the EAC mark; it is issued by an accredited body in the EAEU. Verify the current product scope, the applicable technical regulation, and an accredited certification body before shipment. |
The SABER two-document model deserves special attention because it is the most common point of failure for exporters to Saudi Arabia. Regulated products require a Product Certificate of Conformity (PCoC) — issued by a SASO-approved certification body, valid for up to one year, and covering the product type — plus a separate Shipment Certificate of Conformity (SCoC) for every individual consignment. Both must be registered and visible in the SABER portal before the vessel departs. The common mistake is either obtaining the PCoC but omitting the per-shipment SCoC, or — worse — attempting to apply for either document after the goods have already arrived at the Saudi port. The penalty for the latter is re-export at the importer’s cost, with no opportunity for post-arrival remediation.
GSO 1785-1:2024 is a significant new obligation for the GCC lubricants channel. Approved in May 2024 and entering mandatory enforcement on 1 September 2026, the standard applies to API-classified engine lubricating oils across all six GCC member states. Suppliers who were shipping engine oils into the GCC before this date under a previous certification should verify whether their existing conformity documentation covers the 2024 edition — a certificate issued against the superseded version does not automatically satisfy the new mandatory requirement.
Nigeria’s National Single Window migration (mandatory from 27 March 2026) changes the administrative channel through which SONCAP certificates are processed. Exporters who previously used offline or legacy submission routes must update their procedures. The 10-digit HS code requirement (rather than the 6-digit international level) is already mandatory and means that a supplier who provides only a 6-digit code in the conformity application creates a mismatch with Nigerian customs records.
Indonesia’s Regulation No. 8 of 2025 is the most recent mandatory SNI obligation for lubricants and enters with a full audit-and-testing requirement (Type 5 certification). Exporters who have not previously needed Indonesian market documentation for lubricants should allow significant lead time for the factory audit, QMS certification, and lab testing sequence before the first shipment departs.
Which product-specific certification gates are mandatory, regardless of destination?
Destination-market conformity schemes sit on top of a layer of product-specific standards that apply at the design and manufacturing level. A product that does not meet the underlying standard cannot receive a valid certificate under any destination scheme. Buyers need to understand both layers: the product standard that the supplier must meet, and the conformity scheme through which the destination authority verifies it.
Product-specific certification gates:
- Brake pads — ECE R90 (UNECE Regulation No. 90, Revision 3). Mandatory in the European Union and more than 50 UNECE contracting parties including the UAE, Saudi Arabia, Egypt, and Malaysia. The standard requires replacement friction material to perform within ±15% of the original equipment (OE) friction coefficient across both cold and hot dynamometer test cycles. A compliant brake pad carries three matched identifiers: the approval number stamped on the backing plate (format: E[n] 90R-xxxxxxx), the same number on the type-approval certificate, and the same number on tamper-evident sealed packaging. The US market applies FMVSS self-certification (DOT); there is no mandatory third-party ECE R90 equivalent for the US. For Saudi Arabia, the relevant standard in SABER is SASO GSO ECE 90. For China, brake linings fall under mandatory CCC — verify the current product rule with CNCA.
- Tires — ECE R30 / R54 / R117 + E-mark; DOT (US); INMETRO (Brazil); G-Mark/GSO (GCC); CCC (China). ECE R30 covers passenger-car tires (PCR); ECE R54 covers commercial tires; ECE R117 covers rolling resistance, wet grip, and external rolling noise — increasingly a mandatory component of destination-market type approval. Every element of the ETRTO size designation must match exactly: section width, aspect ratio, construction code, rim diameter, Load Index, and Speed Symbol. Substituting a “similar” size is not permissible in any regulated supply chain. For the Brazilian market, the INMETRO mark under Portaria 379/2021 must appear on the sidewall; the certificate is issued by an INMETRO-accredited body.
- Batteries — IMDG Class 8 (sea freight, mandatory globally for the shipper). Lead-acid wet batteries = UN 2794; sealed non-spillable lead-acid = UN 2800 (with Special Provision 238 conditions to be met); lithium-ion batteries = UN 3480 (cells shipped alone) or UN 3481 (packed with or in equipment), classified as IMDG Class 9. IMDG Amendment 42-24 entered into mandatory force on 1 January 2026. The legal responsibility for correct dangerous-goods classification, documentation, packaging, and marking rests with the shipper (the supplier or their appointed freight forwarder). A buyer who receives a battery shipment incorrectly classified has a legal exposure; requiring proof of IMDG compliance documentation in the RFQ is not optional for this product family.
- Lubricants — GHS SDS (mandatory globally, in the destination-country language where required). A GHS-compliant 16-section Safety Data Sheet is the baseline document for any lubricant shipment. The current GHS version is Revision 9 (2021); some markets are moving to Revision 10 (2023) — verify per destination. Section 9 of the SDS (Physical and Chemical Properties) must state the flash point. If the flash point is at or below 60°C, the product is classified as a Class 3 Flammable Liquid for transport; most mineral base-oil lubricants have flash points well above 60°C and therefore do not fall into the flammable-liquid transport classification, but the SDS must confirm this explicitly. Lubricants may also be classified as marine pollutants (UN 3082, Class 9, Miscellaneous Dangerous Goods) depending on their ecotoxicological profile — this is declared in SDS Section 14 (Transport Information). The SDS must be in the language of the destination country in many regulated markets; verify the language requirement per destination before dispatch.
What documents must travel with the shipment?
Export documentation is a system: every document must be internally consistent (values, descriptions, and quantities must match across the set), because a discrepancy between the commercial invoice and the packing list is sufficient to trigger a letter-of-credit rejection or a customs hold — independently of whether the goods themselves are technically compliant.
| Document | Purpose | Key requirement |
|---|---|---|
| Commercial invoice | States buyer, seller, goods, unit value, total value, Incoterm + named place, HS code, country of origin | Values must match the letter of credit (if applicable) exactly; the Incoterm must be stated as “Incoterms 2020” + the named place |
| Packing list | Itemises cartons, gross/net weights, dimensions, marks and numbers | Must match the commercial invoice in descriptions, quantities, and marks; discrepancies cause LC rejection and customs hold |
| Certificate of Origin (CoO) | Declares the country of manufacture; may unlock preferential tariff under an FTA | Non-preferential CoO: issued by a chamber of commerce or free-zone authority (declaratory). Preferential CoO: unlocks reduced or zero duty under an FTA only if the rules of origin are met (e.g. GAFTA requires ≥40% local value addition + direct shipment; UAE CEPAs carry their own rules of origin). The importer claims the preference but needs the supplier’s CoO to do so. |
| Bill of Lading (B/L) or Air Waybill (AWB) | The contract of carriage and (for negotiable B/L) the document of title | A negotiable “to order” B/L is required for letters of credit; a straight B/L names the consignee directly. An “on-board” notation is often required by LC conditions. The Air Waybill is non-negotiable by nature. |
| Certificate of Analysis (CoA) | Confirms the batch tested result — viscosity, flash point, TBN, API classification, SAE grade — for lubricants; dimensional/performance data for parts | Issued by the supplier’s lab or an independent ISO 17025-accredited lab; should reference the batch number and production date on the cartons |
| Certificate of Conformity (CoC) | Confirms conformity to a named standard or scheme | Must be issued by the accredited / notified body, not the supplier; must reference the correct HS code and standard; must be within its validity period at the time of arrival |
| Safety Data Sheet (SDS) | GHS-compliant hazard and handling information | 16 sections per GHS; the flash point in Section 9 determines transport classification; Section 14 declares transport classification. Language requirement varies by destination — verify. |
| Insurance certificate | Covers cargo in transit | Under CIF (Incoterms 2020), the minimum is ICC Clause C (named perils only); under CIP (Incoterms 2020), the minimum is ICC Clause A (all-risks). Buyers sourcing on CIF terms should add all-risk cover on top. |
| ISPM-15 mark (wood packaging) | Phytosanitary compliance for all wood packaging material >6 mm thick | All wood pallets, crates, and dunnage must bear the IPPC mark indicating heat treatment (HT, 56°C for 30 minutes) or methyl bromide fumigation (MB; methyl bromide is restricted or being phased out in many markets, so heat treatment is the dominant accepted method). Non-compliant wood packaging = treatment, re-export, or destruction at importer cost; it is one of the most commonly overlooked compliance points in drum and container shipments. |
A note on Incoterms 2020 and sea-only rules: FOB (Free on Board), CFR (Cost and Freight), and CIF (Cost, Insurance and Freight) are defined under Incoterms 2020 for sea and inland waterway transport only. Risk transfers when goods are on board at the port of loading — even under CFR and CIF, where the seller pays freight (and, under CIF, minimum insurance) to the destination port, the buyer bears the risk from the moment the goods are on board at the loading port. For containerised cargo, Incoterms 2020 recommends FCA (Free Carrier) rather than FOB, because in container logistics the seller’s control effectively ends when the container is handed to the carrier at an inland container depot, not when it is loaded onto the vessel. DAP (Delivered at Place) means the seller delivers to the named destination ready for unloading, with the buyer handling import clearance. DDP (Delivered Duty Paid) represents the maximum seller commitment: delivery cleared for import with all duties and taxes paid. Always state “Incoterms 2020” and the full named place in every purchase order and commercial invoice.
How does a supplier build a conformity pack step by step?
The conformity pack is not a single document; it is the output of a sequential process that must be completed before the first shipment, not assembled retroactively at the port. Buyers who understand this sequence can set realistic sourcing timelines and identify, early in the RFQ stage, which suppliers have already done this work versus which would be starting from scratch.
The conformity-pack build sequence:
- 1. Market determination by HS code. Look up the product’s HS code on the destination authority’s digital portal (saber.sa for Saudi Arabia; son.gov.ng for Nigeria; bsn.go.id for Indonesia) to confirm whether the product is regulated, what scheme applies, and what category of certificate is required. The 6-digit international HS code is the starting point; verify the national 8-to-10-digit extension, as classification at that level determines the precise regulatory requirement.
- 2. Identify the applicable technical standard(s). For lubricants, this typically means the API service category or ACEA class, the SAE viscosity grade, the GCC/GSO standard if shipping to the GCC, and the national SNI or ANP registration requirement. For auto parts, it means ECE R90 (brake pads), ECE R30/R54/R117 (tires), or the relevant CCC category (China).
- 3. Test at an ISO 17025-accredited laboratory. Many destination-market schemes require the laboratory to be not just ISO 17025-accredited in general, but specifically recognised by the destination authority. Verify the accepted lab list before commissioning tests. For lubricants, core tests include kinematic viscosity, flash point, pour point, TBN, and the API/ACEA classification test sequence. For brake pads, this means the ECE R90 cold and hot dynamometer cycle.
- 4. Assemble the technical file. The technical file typically contains: the product Technical Data Sheet (TDS), the batch Certificate of Analysis (CoA), the GHS Safety Data Sheet (SDS), the ISO 9001:2015 factory certificate (with a scope statement covering the product), and the laboratory test reports. Egypt’s GOEIC requires the ISO 9001 certificate from an IAF-accredited body as a condition of registration; Indonesia’s SNI Type 5 requires the ISO 9001:2015 QMS audit as part of the certification sequence.
- 5. Apply via the destination authority’s digital portal or appointed body. SABER is the portal for Saudi Arabia; Nigeria uses the National Single Window (mandatory from 27 March 2026). For KEBS PVoC, the supplier contacts one of the current contracted PVoC agents (verify the 2026–2029 contract list at kebs.org before booking). For Indonesia, the application goes to a Kemenperin-appointed LSPro certification body.
- 6. Undergo a factory audit where the scheme requires it. Indonesia’s SNI Type 5 and Egypt’s GOEIC registration both include a factory-process or QMS audit. The audit must be completed by the appointed body before a certificate is issued; it cannot be bypassed by submitting additional lab reports.
- 7. Receive the product-level certificate. The PCoC (SABER), Product Certificate (SONCAP), SNI Certificate (Indonesia), or GOEIC CoC (Egypt) is issued for the product type and is valid for a defined term (for example, up to 1 year for a SABER PCoC; 5 years for an Indonesian SNI certificate). This is the standing certificate — it covers shipments of that product during its validity period.
- 8. Obtain the per-shipment certificate for each consignment. SABER requires a Shipment CoC (SCoC) per consignment. SONCAP requires a SONCAP Certificate (SC) per consignment. KEBS PVoC issues a CoC per shipment. These per-shipment certificates are the documents that travel with the goods and are presented to customs at the port of entry.
- 9. Apply the required product marking. The CCC mark (China), the SNI mark (Indonesia), the E-mark with approval number (ECE R90 brake pads; ECE tires), or the INMETRO mark (Brazil tires) must appear on the product itself and/or the packaging as specified by the scheme. Marking is inspected at customs and, in some markets, in the domestic trade channel as well.
Altonex Global does not issue any certificate in this sequence and is not a party to any step in it. The certification relationship is between the supplier and the accredited body; the import obligation is between the importer and the destination authority. The platform’s role is to connect the buyer with registered supplier booths so that the buyer can identify suppliers who already hold the required certifications, confirm this during the RFQ exchange, and negotiate directly — the article How Altonex Global Works explains the booth-and-RFQ flow in full.
What should a buyer specify in the RFQ to manage compliance risk from the first inquiry?
Compliance risk in cross-border auto-parts and lubricants procurement is almost always a sourcing-stage failure, not a logistics-stage failure. A supplier who is asked “do you have the certificate?” two weeks before loading cannot build a conformity pack in that window. The buyer who embeds compliance requirements into the RFQ from the first inquiry compresses the entire cycle, eliminates surprises, and produces legally grounded purchase orders.
Compliance fields to include in every cross-border lubricants or auto-parts RFQ:
- Destination market(s), explicitly named: list every target country; the supplier needs this to confirm which certificates they hold. A single shipment going to two countries may require two different certificate types.
- Required conformity certificates per market: state the specific scheme and certificate type (e.g. “SABER PCoC + SCoC for Saudi Arabia”; “SNI certificate for Indonesia”; “KEBS PVoC CoC for Kenya”).
- HS code: the full national HS code at the destination (8 or 10 digits), confirmed by the buyer’s customs broker. If the buyer does not know it, ask the supplier to propose the HS code for the buyer to confirm — do not simply accept the supplier’s code without verification.
- SDS language requirement: state whether the SDS must be in the destination-country language and which GHS revision applies.
- CoA requirements: which parameters must appear; which edition of the API service category or viscosity standard the CoA must reference.
- Pre-shipment inspection (PSI) requirement: if the buyer, their letter of credit, or the destination scheme requires a PSI, state it in the RFQ at inquiry stage — not after price agreement. PSI costs, lead times, and inspector scheduling need to be factored into the sourcing timeline from the outset.
- Incoterms 2020 + named place: specifying the Incoterm determines which party is responsible for freight, insurance, export clearance, and import clearance — which in turn determines how the conformity document set is managed.
- Wood packaging declaration: confirm that all pallets and crates comply with ISPM-15 and will carry the IPPC mark.
Buyers who discover registered supplier booths on Altonex Global can include all of the above fields in the platform RFQ — routing the structured inquiry directly to the supplier’s registered contact. Including certification requirements in the RFQ Centre inquiry, rather than raising them at negotiation stage, is the single most efficient way to qualify supplier capability early. The companion article How to Source Lubricants and Auto Parts: A B2B Buyer’s Guide covers supplier evaluation, payment terms, and pre-shipment inspection logic in depth. For the underlying technical specifications that drive these certification requirements, the Industrial Lubricants technical guide and the Automotive Spare Parts technical guide cover each product family’s specification parameters in detail.
Key takeaways
- A certificate of conformity is issued by an accredited body appointed by the destination authority — never by the supplier alone, a freight forwarder, or a trade platform. The supplier prepares the conformity pack; the importer may also hold independent obligations (Brazil ANP registration is the clearest example).
- The SABER model for Saudi Arabia requires two separate documents: a Product CoC (PCoC) covering the product type and a Shipment CoC (SCoC) per consignment. Both must be visible in the SABER portal before the vessel departs. Applying after arrival means forced re-export.
- GSO 1785-1:2024 makes API-classified engine lubricating oils subject to mandatory GCC-wide conformity from 1 September 2026. Suppliers and importers shipping engine oils into any GCC state must verify their certification covers the 2024 edition.
- Indonesia’s Regulation No. 8 of 2025 introduces mandatory SNI (Type 5 certification) for motor-vehicle lubricating oils — the most recently enacted mandatory lubricant standard covered in this guide. Allow adequate lead time for the factory audit, QMS review, and lab testing sequence.
- Battery shipments by sea are IMDG regulated (Class 8 for lead-acid; Class 9 for lithium-ion). The shipper bears legal responsibility for correct classification, packaging, and documentation. IMDG Amendment 42-24 is mandatory from 1 January 2026.
- Brake pads carrying ECE R90 approval must show the approval number on the backing plate, the type-approval certificate, and the tamper-evident packaging — all three must match. An approval number on packaging only, without a matching certificate, is an unverified claim.
- ISPM-15 compliance for all wood packaging is a universal requirement that is consistently overlooked. Non-compliant wood pallets or crates can result in treatment, re-export, or destruction of an otherwise compliant shipment.
- Embed certification requirements — destination markets, required schemes, HS code, SDS language, PSI requirement — in the RFQ at the inquiry stage. Raising compliance requirements after price agreement compresses the supplier’s preparation window and transfers the resulting risk to the buyer.
Frequently asked questions
Who is responsible for the HS code, and what happens if it is wrong?
The importer is the party legally responsible for the declared HS code at the destination customs authority — even if the supplier proposes the code on the commercial invoice. If the code is wrong and the product should have carried a different regulatory requirement, the shipment is held and the importer faces re-inspection fees, re-export costs, or destruction. A licensed customs broker at the destination port is the most reliable resource for confirming the correct 8-to-10-digit national HS code before the purchase order is placed. Buyers should request the supplier’s proposed HS code in the RFQ, then have it independently verified — not simply accepted.
Does every lubricant shipment need an SDS, and must it be in the local language?
Yes — a GHS-compliant 16-section Safety Data Sheet is required for lubricant shipments in virtually every regulated market. The current GHS version is Revision 9 (2021); some markets are moving to Revision 10 (2023), so verify the required revision per destination. The language requirement varies by country: many regulated markets require the SDS in the official destination-country language, not just English. Section 9 of the SDS (Physical and Chemical Properties) must state the flash point, which determines whether the product is classified as a Class 3 Flammable Liquid for transport — most mineral base-oil lubricants have flash points well above the 60°C threshold and are not flammable liquids, but this must be confirmed in the SDS, not assumed.
What is the difference between a Product Certificate of Conformity (PCoC) and a Shipment Certificate of Conformity (SCoC) for Saudi Arabia?
Under the SABER/SASO system, a Product Certificate of Conformity (PCoC) covers the product type and is issued by a SASO-approved certification body; it is valid for up to one year and must be renewed when it expires. A Shipment Certificate of Conformity (SCoC) is a separate, per-consignment document issued for each individual shipment of a regulated product. Both documents must exist and be registered in the SABER portal before the goods arrive at the Saudi port — not after. A supplier who holds a valid PCoC but has not obtained the SCoC for a specific consignment is non-compliant for that shipment, and attempting to apply for either document after the goods have arrived results in forced re-export at the importer’s cost.
When is a pre-shipment inspection required, and who pays for it?
A pre-shipment inspection (PSI) is required in two situations: when the destination-market scheme mandates it as part of the conformity route (for example, certain SONCAP routes in Nigeria and some KEBS PVoC paths in Kenya include a physical inspection by the appointed body at origin), and when the buyer’s purchase order or letter of credit stipulates it as a condition of payment. PSI costs — inspector fees, lab sampling, and travel to the inspection site — are typically borne by the party that triggers the requirement, but the commercial allocation should be agreed explicitly in the RFQ and the purchase order. Lead time for scheduling a PSI is variable and not guaranteed; it should be built into the production and shipment timeline at the sourcing stage, not treated as a same-week activity before loading.
API versus ACEA — what is licensed and certified versus self-declared, and what can a buyer verify?
API operates a formal licensing and certification system (the Engine Oil Licensing and Certification System, EOLCS) — marketers who display the API mark or donut must license the specific formulation and grade, and that licence is verifiable in the API licensee database. ACEA does not operate a certification or licensing system — manufacturers self-declare compliance with an ACEA class (such as ACEA C3) and are not independently certified against it, unless the product also carries a specific OEM approval (Mercedes-Benz, Volkswagen, BMW Longlife) that the OEM has independently tested and issued. For API-marked products, a buyer can verify the grade and licensee directly in the API database. For ACEA-declared products, a buyer should request the supporting test data and batch Certificate of Analysis, and confirm through the supplier whether any OEM approvals are also held.
Are lubricants classified as dangerous goods for sea freight?
It depends on the flash point and the ecotoxicological profile, both of which must be stated in the SDS. Lubricants with a flash point at or below 60°C are classified as Class 3 Flammable Liquids under the IMDG Code — most mineral base-oil lubricants (engine oils, gear oils, hydraulic oils) have flash points well above 60°C and are therefore not flammable liquids for transport, but this must be confirmed in SDS Section 9, not assumed. Some lubricants — particularly those whose ecotoxicological data indicate they are harmful to the aquatic environment — may be classified as marine pollutants (UN 3082, Class 9, Miscellaneous Dangerous Goods) per SDS Section 14, with their own IMDG marking and documentation requirements. IMDG Amendment 42-24 is mandatory from 1 January 2026, and the shipper bears legal responsibility for correct classification, documentation, packaging, and marking.
Does a certificate of origin reduce import duty, and who issues it?
A certificate of origin can reduce or eliminate import duty, but only if the shipment qualifies under a specific free trade agreement (FTA) between the exporting and importing country and the applicable rules of origin are met — not automatically. A non-preferential certificate of origin is declaratory only: it states the country of manufacture but does not unlock any tariff preference, and is typically issued by a chamber of commerce or free-zone authority. A preferential certificate of origin — for example Form A (GSP), EUR.1 (EU agreements), or a UAE CEPA certificate — unlocks reduced or zero duty under the specific FTA, provided the product meets the agreement’s rules of origin (such as GAFTA’s requirement for ≥40% local value addition and direct shipment). The importer claims the preference at the destination customs authority but needs the supplier’s correctly issued preferential certificate to support the claim; a licensed customs broker at the destination can confirm which FTAs apply to the specific HS code and origin combination.
Sources: UNECE Regulation No. 90 (ECE R90, brake friction); ICC Incoterms 2020; IMDG Code Amendment 42-24 (IMO, mandatory 1 Jan 2026); GSO 1785-1:2024 (Gulf Standardization Organization, mandatory GCC-wide 1 Sep 2026); SASO / SABER (Saudi Arabia); SON / SONCAP (Nigeria, National Single Window 27 Mar 2026); KEBS PVoC (Kenya); ANP + INMETRO Portaria 379/2021 (Brazil); GOEIC (Egypt); BSN / Ministry of Industry Regulation No. 8 of 2025 (Indonesia SNI); SAMR / CNCA (China CCC); WCO Harmonized System 2022; UN GHS Rev. 9 (2021) / Rev. 10 (2023). Standards and certificates are issued by their respective authorities and accredited / notified bodies; Altonex Global issues none of them. Verify the current requirement with the destination authority or a licensed customs broker before shipping. No prices, fees, processing-time guarantees, or fabricated certificate numbers are stated. Last reviewed 26 Jun 2026.