An EU buyer compliance checklist for kitchen range hoods, gas stoves, and disinfection cabinets covering the 10 RoHS restricted substances, the REACH SVHC candidate list, the 5-step verification protocol, and the 5 red flags that fail EU customs.
TL;DR — the EU compliance short answer for kitchen appliance buyers
An EU kitchen appliance buyer must check two distinct European chemical compliance regulations: RoHS (Directive 2011/65/EU + the 2015/863 amendment) and REACH (Regulation EC 1907/2006). RoHS restricts 10 substances at the homogeneous-material level in the electrical and electronic components of the appliance. REACH governs chemicals across all products and requires a declaration for any article containing a Substance of Very High Concern (SVHC) above 0.1% weight by weight. A kitchen appliance that is RoHS compliant can still fail REACH and vice versa, and an appliance that complies with both can still be denied EU customs entry if the CE technical documentation, the LVD safety tests, or the EMC emissions tests are missing. The complete set of EU compliance for a kitchen range hood, gas stove, or disinfection cabinet covers RoHS + REACH + LVD + EMC + CE marking, all documented in the technical file.
This checklist is written for the EU buyer, importer, or retailer who is sourcing kitchen appliances from a Chinese manufacturer and who needs to verify the EU compliance of the shipment before the goods leave the Chinese factory. The checklist applies to insert (built-in) range hoods (the built-in ventilation segment), custom split insert range hood configurations (the OEM/ODM split segment), gas stoves, and disinfection cabinets. The broader European market compliance context, including the airflow design, the noise level, and the filter specification, is documented at European market demands, which is the supporting reference for the appliance design choices that enable RoHS and REACH compliance. The 8 sections below cover, in order: why EU buyers cannot skip compliance, the 10 RoHS restricted substances, the REACH SVHC handling, where RoHS and REACH apply in a range hood, the 5-step verification protocol, and the 5 red flags that fail EU customs.
Why EU buyers cannot skip RoHS and REACH for kitchen appliances
An EU buyer who skips RoHS and REACH compliance on a Chinese kitchen appliance shipment takes on three concrete business risks. The first risk is customs detention at the EU port of entry. EU customs authorities have the right to detain any shipment suspected for chemical substance non-compliance, and a detained shipment cannot be released until the importer provides the missing documentation or performs the missing tests. The detention period ranges from a few days for minor documentation gaps to several weeks for major substance violations, and the detention cost is borne by the importer under the standard EU customs terms. For high-volume shipments, the detention cost compounds quickly because the goods cannot be released for sale while the compliance review is in progress.
The second risk is retailer delisting. Large European retailers, including the major kitchen appliance chains and the major DIY chains, require their suppliers to maintain current RoHS and REACH documentation on file, and they perform periodic compliance audits on the listed products. A kitchen appliance that loses its RoHS or REACH compliance (for example, because the supplier changed a sub-component without updating the SVHC declaration) can be delisted from the retailer's website and from the retailer's in-store assortment. The delisting is not always reversible, which means a single compliance lapse can remove the product from the retailer's permanent catalog. For buyers whose business model depends on the retailer relationship, the delisting cost can be a five-figure to six-figure loss in annual revenue.
The third risk is consumer complaint and regulatory enforcement. EU consumers have the right to file product safety complaints with their national market surveillance authority, and an EU consumer who discovers a substance violation in a kitchen appliance can trigger an enforcement action that ripples through the entire product category. The enforcement action typically includes a public public notice, a mandatory recall, and in some cases a product ban. The European Commission publishes the RAPEX notification system for dangerous products, and a single RAPEX notification can cause permanent damage to the supplier's reputation across the EU. For a kitchen appliance supplier, the cost of a single RAPEX notification far exceeds the cost of maintaining current RoHS and REACH compliance on every shipment.
RoHS — the 10 restricted substances every kitchen appliance must stay below
RoHS, formally Directive 2011/65/EU with the 2015/863 amendment, restricts 10 substances at the homogeneous-material level in electrical and electronic equipment. The 10 substances are: lead (Pb, 0.1% by weight maximum), mercury (Hg, 0.1%), cadmium (Cd, 0.01%), hexavalent chromium (Cr6+, 0.1%), polybrominated biphenyls (PBB, 0.1%), polybrominated diphenyl ethers (PBDE, 0.1%), and the four phthalates added by the 2015/863 amendment: bis(2-ethylhexyl) phthalate (DEHP, 0.1%), butyl benzyl phthalate (BBP, 0.1%), dibutyl phthalate (DBP, 0.1%), and diisobutyl phthalate (DIBP, 0.1%). The RoHS thresholds are maximum concentration values, calculated per homogeneous material. A homogeneous material is a material that cannot be mechanically disjointed into different materials, which means a single plastic housing is one homogeneous material but a plastic housing with a metal insert is two homogeneous materials.
The kitchen appliance-relevant implications of the RoHS substance list are practical. Lead appears in the solder of the control board, in the lead-containing brass alloys used in some plumbing fittings, and in some lead-containing stabilizers used in PVC cable insulation. Cadmium is present in some pigments used in colored plastic components and in some metal plating processes, particularly the yellow and red pigments that historically used cadmium compounds. Hexavalent chromium appears in some metal plating processes, particularly the older decorative chrome plating, and in some anti-corrosion coatings. PBB and PBDE are brominated flame retardants that were historically used in plastic housings to meet flammability standards, and modern compliant materials use non-PBB non-PBDE flame retardant systems. The four phthalates are softeners used in PVC cable insulation and in some soft PVC gaskets and seals; modern compliant cable insulation uses non-phthalate plasticizer systems.
The 0.01% threshold for cadmium is particularly tight because cadmium can be present at trace levels in some pigments and in some metal plating processes, which requires a specific cadmium-free certification for any colored plastic component or plated metal component. The 0.1% threshold for lead is permissive enough that lead-free solder and lead-free brass alloys are readily available, but the legacy supply chain still contains some lead-containing components, particularly in the lower-cost sub-assemblies. The four phthalate thresholds added by the 2015/863 amendment apply to all electrical and electronic equipment placed on the EU market after 22 July 2019, which means any kitchen appliance currently shipping to the EU must demonstrate phthalate compliance, not just lead, mercury, cadmium, hexavalent chromium, PBB, and PBDE compliance.
REACH SVHC — the candidate list and how to handle the >0.1% threshold
REACH, formally Regulation EC 1907/2006, governs chemicals across all products, not just electronics, and applies to any article containing a Substance of Very High Concern above 0.1% weight by weight. The SVHC candidate list is maintained by the European Chemicals Agency (ECHA) and is updated twice a year, typically in January and July. As of 2026, the candidate list contains over 200 substances, and the list is growing with each update. Substances are added to the candidate list when they are identified as carcinogenic, mutagenic, toxic to reproduction, persistent, bioaccumulative, or otherwise hazardous to human health or to the environment.
For kitchen appliances, the SVHC categories that most often appear are: phthalates used in soft PVC cable insulation (several phthalates are on the list, which is why RoHS 2015/863 separately restricted the same phthalates in electrical equipment); brominated flame retardants in plastic housings; lead compounds in certain brass alloys used in fittings; formaldehyde in some composite wood components used in disinfection cabinet interiors; and various plasticizers and stabilizers used in soft PVC components. The 0.1% weight by weight threshold for SVHC declaration applies per article, where an article is an object with a specific shape, surface, or design that determines its function. A range hood has dozens of articles, each of which must be below the 0.1% threshold for any individual SVHC or the supplier must provide a safety data sheet disclosing the SVHC presence.
The supplier's SVHC compliance workflow should include four ongoing activities: (1) maintaining a watch list of SVHC additions to the candidate list, with each addition triggering a substance re-verification across the supplier's product portfolio; (2) requesting SVHC declarations from each sub-component supplier (motor supplier, LED supplier, cable supplier, plastic supplier), with the declarations updated at least annually; (3) maintaining the consolidated SVHC declaration for each finished product, available to EU importers on request within 45 days; and (4) updating the EU Declaration of Conformity for each product when the SVHC declaration changes. The cost of an SVHC violation is similar to the cost of a RoHS violation (detention + recall + retailer delisting), so the supplier's SVHC monitoring program should be funded at the same level as the RoHS monitoring program.
Where RoHS and REACH apply in a range hood
A typical kitchen range hood contains approximately 8 to 15 distinct homogeneous materials and approximately 20 to 40 distinct articles, each of which is subject to RoHS or REACH compliance verification. The motor assembly contains the stator windings (copper with insulating varnish, RoHS restricted for the varnish's PBB and PBDE content), the rotor (steel and aluminum, typically compliant), and the motor housing (steel or aluminum, compliant). The control board contains the printed circuit board (PCB substrate, RoHS restricted for the laminate's lead and brominated flame retardant content), the solder (RoHS restricted for the lead content), the integrated circuits (typically compliant), and the capacitors (RoHS restricted for the older capacitor formulations).
The LED light module (in modern range hoods) contains the LED chips (typically compliant), the LED driver board (PCB and solder, RoHS restricted), the LED housing (aluminum and plastic, RoHS restricted for the plastic's PBB and PBDE content), and the LED lens (polycarbonate or PMMA, RoHS restricted for the plastic's brominated flame retardant content). The control panel and switches contain the membrane switch (polyester with conductive ink, RoHS restricted for the ink's lead and chromium content), the push buttons (plastic, RoHS restricted), and the display module (RoHS restricted for the display's polarizer film and driver board). The cable assembly contains the conductors (copper, typically compliant), the insulation (PVC or XLPE, RoHS restricted for the phthalates and the lead-containing stabilizers), and the connector housing (plastic, RoHS restricted).
The plastic housing (motor housing cover, control panel housing, switch trim) contains the polymer (typically ABS or polypropylene, RoHS restricted for the brominated flame retardant content and the phthalate content) and the color pigment (RoHS restricted for the lead and cadmium content of some pigments). The metal housing (chimney, filter frame, mounting bracket) is typically stainless steel or aluminum, both of which are RoHS compliant, but the surface finish can contain RoHS-restricted substances in some anti-corrosion coatings or decorative platings. The oil filter (mesh filter or baffle filter) is typically aluminum or stainless steel, both compliant, but the filter's coating or the filter's rubber edge can contain RoHS or REACH substances. The chimney extension is typically stainless steel, compliant. The mounting hardware (screws, brackets, anchors) is typically stainless steel or zinc-plated steel, with the zinc plating subject to RoHS for hexavalent chromium content.
The 5-step verification protocol — what to ask the supplier
The 5-step verification protocol below is what the EU buyer should run on the Chinese supplier before the first shipment and at the start of every subsequent production run. The protocol is designed to surface the most common supplier misrepresentations (the RoHS certificate that covers a different product, the REACH SVHC declaration that is 3 years out of date, the test report from an unaccredited laboratory) before the shipment leaves the Chinese factory and the goods arrive at the EU customs.
- Step 1: Request the RoHS test report from an ISO 17025 accredited laboratory. The test report should name the testing laboratory, the laboratory's accreditation number, the test method (typically ICP-OES for heavy metals, GC-MS for phthalates and brominated flame retardants), the test date, and the test result per homogeneous material per substance. The report should be in the supplier's name (not the laboratory's name) and should reference the specific model number being being shipped. A supplier that provides a generic RoHS "compliance statement" without the test report is providing a marketing claim, not a compliance document. The BSI Group publishes the EN 50581 standard for RoHS technical documentation, which is the European standard for the RoHS technical file structure.
- Step 2: Request the REACH SVHC declaration against the current ECHA candidate list. The declaration should reference the specific ECHA candidate list version (typically the January or July update closest to the shipment date), should list every article in the product, and should confirm that every article is below the 0.1% weight by weight threshold for every individual SVHC. The declaration should be signed by the supplier's regulatory affairs manager and should include the date of the declaration. The EU environment portal at environment.ec.europa.eu/topics/chemicals/reach_en publishes the REACH regulation overview and the link to the ECHA candidate list, which is the authoritative reference for the declaration. The Intertek RoHS and REACH compliance program provides a third-party template that some suppliers adopt.
- Step 3: Request the EU Declaration of Conformity covering RoHS + LVD + EMC + ErP. For a kitchen range hood, the relevant CE marking directives are RoHS 2011/65/EU + 2015/863, the Low Voltage Directive (LVD) 2014/35/EU for the electrical safety, the Electromagnetic Compatibility (EMC) Directive 2014/30/EU for the EMC emissions, and the ErP Directive 2009/125/EC for the energy-related product requirements (specifically for the standby and off-mode power consumption). The EU Declaration of Conformity should reference all four directives and should be signed by the supplier's authorized representative. A Declaration of Conformity that references only RoHS is incomplete and can be challenged at EU customs.
- Step 4: Verify the CE marking on the product itself and on the packaging. The CE marking should be physically present on the product (typically on the rating label or on a separate compliance label), on the product packaging, and in the product documentation. The CE marking should be at least 5 mm in height and should be visibly legible. A product that arrives at EU customs without a visible CE marking can be detained, even if all the documentation documents are are correct. For the first production run, the EU buyer should request a product photograph showing the CE marking on the product and on the packaging, and should verify the marking against the EU CE marking guidance at single-market-economy.ec.europa.eu/single-market/ce-marking_en.
- Step 5: Commission an independent third-party verification on a production sample. For the first production run, and annually thereafter for ongoing production, the EU buyer should commission an independent RoHS test and REACH SVHC verification at an EU-based third-party laboratory (typically Intertek, TUV, SGS, or a comparable ISO 17025 accredited lab). The independent test covers a production sample pulled from the actual shipment, not from a pre-shipment sample, and provides the EU buyer with an independent confirmation of the supplier's claims. The cost of the independent test is a small fraction of the cost of a customs detention, and the independent test report is the EU buyer's primary defense in a market surveillance enforcement action. For the European market, the EU environment portal at environment.ec.europa.eu/topics/waste-and-recycling/rohs-directive_en publishes the RoHS directive text and the enforcement guidance, which is the authoritative reference for the EU buyer's compliance program.
The 5-step protocol is run once per supplier before the first shipment, but the protocol is re-run when the supplier changes a sub-component (which can introduce a new SVHC), when the supplier changes the production location (which can introduce a new RoHS substance in a different manufacturing environment), when the ECHA candidate list updates (which can add a new SVHC that triggers a re-verification), and when the EU CE marking directives update (which can require a new Declaration of Conformity). The protocol should be documented in the supplier's quality management system, and the protocol records should be retained for at least 10 years per the RoHS technical documentation requirement.
The 5 red flags that fail EU customs
The 5 red flags below are the failure signals that should end the conversation with the candidate supplier before the first shipment is shipped. The red flags are listed in order of severity, with the most disqualifying red flag first. A buyer who encounters any one of these red flags should remove the supplier from the candidate list before investing further qualification effort.
- Red flag 1: The supplier cannot produce an ISO 17025 accredited RoHS test report in the supplier's own name. A RoHS test report issued in the laboratory's name only (not the supplier's name) is not a valid RoHS compliance document for EU customs purposes. A supplier that does not have its own RoHS test report is either reselling appliances manufactured by another supplier or is manufacturing appliances without the substance testing required for EU sale. Both situations disqualify the supplier for EU market shipment.
- Red flag 2: The REACH SVHC declaration references a candidate list version more than 12 months old. The ECHA candidate list updates twice a year, and any SVHC declaration more than 12 months old is missing at least one or two candidate list updates. A declaration that misses the recent updates is incomplete, and any article containing a recently added SVHC above 0.1% would would be a compliance violation. The supplier should be able to provide a current SVHC declaration within 5 business days of the EU buyer's request.
- Red flag 3: The EU Declaration of Conformity is missing one or more of the four applicable directives (RoHS, LVD, EMC, ErP). A kitchen range hood requires RoHS + LVD + EMC + ErP compliance. A Declaration of Conformity that references only RoHS is incomplete, and the EU buyer who relies on an incomplete Declaration takes on the regulatory risk that the missing directives are not actually met. The Declaration should reference the specific directive numbers (2011/65/EU, 2014/35/EU, 2014/30/EU, 2009/125/EC) and should be signed by the supplier's authorized representative.
- Red flag 4: The product arrives at the EU port without a visible CE marking on the product itself or on the packaging. The CE marking must be physically present on the product, on the packaging, and in the documentation. A product without the visible CE marking fails the CE marking compliance requirement even if all the documentation is correct. The CE marking must be at least 5 mm in height and must be visibly legible for the EU customs inspector.
- Red flag 5: The supplier offers to substitute a non CE-marked product under the same model number as a CE-marked product. The model number identifies the specific certified version of the product, and substituting a non-CE-marked version under the same model number is a misrepresentation that is treated as fraud by EU customs. Any substitution must use a different model number, and the new model number must have its own CE technical file.
The 5 red flags are designed so that a single red flag is enough to end the conversation, which is what makes the supplier qualification efficient. For buyers who are evaluating the JILU appliance line for EU market entry, the insert (built-in) range hoods lineup and the custom split insert range hood configurations are both supported by current CE technical documentation covering RoHS + LVD + EMC + ErP, and the corresponding test reports are available to EU buyers on request. Buyers should request the documentation package as part of the supplier qualification, not after the first shipment has already been detained.
FAQ — six questions EU buyers ask JILU engineering most often
The six questions below are the questions that come up most frequently in the EU compliance conversations that the JILU engineering team runs with European importers, retailers, and brand owners. The answers are written from the engineering perspective and are intended to give the EU buyer the same level of detail that the JILU engineering team would share in a direct technical conversation.
Question 1: Does a range hood need both RoHS and REACH compliance, or only one?
A range hood needs both RoHS and REACH compliance because the two regulations govern different aspects of the same product. RoHS (Directive 2011/65/EU + 2015/863 amendment) restricts 10 substances at the homogeneous-material level in electrical and electronic equipment, which means every electrical component in the range hood (motor, LED light, control board, cables, switches, plastic housing with electrical function) must meet the RoHS substance thresholds. REACH (Regulation EC 1907/2006) governs chemicals across all products, not just electronics, and applies to any article containing a Substance of Very High Concern (SVHC) above 0.1% weight by weight. A range hood that is RoHS compliant can still fail REACH if any component (plastic housing, gasket, cable insulation, paint, coating) contains an SVHC above the 0.1% threshold. EU buyers should require both RoHS test reports and REACH SVHC declarations from the supplier before shipment, not just one of the two.
Question 2: What are the 10 RoHS restricted substances, and what are the threshold limits?
The 10 RoHS restricted substances are: lead (Pb, 0.1% by weight), mercury (Hg, 0.1%), cadmium (Cd, 0.01%), hexavalent chromium (Cr6+, 0.1%), polybrominated biphenyls (PBB, 0.1%), polybrominated diphenyl ethers (PBDE, 0.1%), and the four phthalates added by the 2015/863 amendment: bis(2-ethylhexyl) phthalate (DEHP, 0.1%), butyl benzyl phthalate (BBP, 0.1%), dibutyl phthalate (DBP, 0.1%), and diisobutyl phthalate (DIBP, 0.1%). The threshold is calculated per homogeneous material, not per finished product, which means a small electrical component containing lead above 0.1% fails the entire product even if the rest of the product is lead-free. The thresholds are maximum concentration values; lower is always acceptable. The 0.01% threshold for cadmium is particularly tight because cadmium can be present as a pigment in some plastics and in some metal plating processes, which requires a specific cadmium-free declaration for any colored plastic component.
Question 3: How does REACH SVHC affect kitchen appliances specifically?
REACH SVHC affects kitchen appliances through the candidate list maintained by the European Chemicals Agency (ECHA). The candidate list is updated twice a year (typically January and July) and adds new substances of very high concern that may be carcinogenic, mutagenic, toxic to reproduction, persistent, bioaccumulative, or otherwise hazardous. As of 2026 the candidate list contains over 200 substances. For kitchen appliances, the most relevant SVHC categories are: phthalates used in soft PVC cable insulation (several phthalates are on the list); brominated flame retardants in plastic housings; lead compounds in certain brass alloys used in fittings; and formaldehyde in some composite wood components used in disinfection cabinet interiors. The 0.1% weight by weight threshold for SVHC declaration applies per article, where an article is defined as an object with a specific shape, surface, or design that determines its function. A range hood has dozens of articles, each of which must be below the 0.1% threshold for any individual SVHC or the supplier must provide a safety data sheet disclosing the SVHC presence.
Question 4: What RoHS testing method should the supplier use, and is XRF screening enough?
RoHS verification typically combines X-ray fluorescence (XRF) screening with confirmatory laboratory testing. XRF screening is fast, non-destructive, and inexpensive, which makes it suitable for screening incoming materials and finished products, but XRF has limitations on accuracy for some elements (particularly below 0.1% thresholds) and cannot reliably detect certain substances like PBB and PBDE or the four phthalates. Confirmatory laboratory testing uses methods like ICP-OES (inductively coupled plasma optical emission spectroscopy) for the heavy metals and GC-MS (gas chromatography mass spectrometry) for the phthalates and the brominated flame retardants. The laboratory should hold ISO 17025 accreditation from an ILAC MRA member body. A supplier that provides only an XRF screening report without the confirmatory testing is not providing a complete RoHS compliance package, and an EU buyer who accepts an XRF-only report carries the residual risk that one of the brominated or phthalate substances is above the threshold. For production shipments, the standard practice is XRF screening per batch plus annual confirmatory laboratory testing on a representative sample.
Question 5: Can a range hood comply with RoHS but still be denied EU customs entry?
Yes, a RoHS-compliant range hood can still be denied EU customs entry for several reasons. The first reason is missing CE technical documentation: even if every component passes the RoHS substance tests, the product can be denied entry if the supplier has not prepared the EU Declaration of Conformity, the technical file, the test reports in the supplier's name, and the CE marking on the product itself. The second reason is missing REACH SVHC declaration: a RoHS-only compliance package does not cover the REACH SVHC requirement, and an EU customs inspector or market surveillance authority can request the SVHC declaration and detain the shipment if the declaration is missing. The third reason is non-compliance with the Low Voltage Directive (LVD) or the Electromagnetic Compatibility (EMC) Directive, which are separate CE marking directives for electrical safety and EMC emissions respectively. A range hood with all the right RoHS paperwork can still fail LVD or EMC if the electrical safety tests or the EMC emissions tests were not performed. EU buyers should require a complete CE technical file covering RoHS, REACH, LVD, and EMC, not just RoHS.
Question 6: How often does the REACH SVHC candidate list update, and what should the supplier monitor?
The REACH SVHC candidate list updates twice a year, typically in January and July. Each update adds new substances to the candidate list, which immediately triggers a compliance review for any article that contains the new substance above the 0.1% threshold. Suppliers and importers are required to communicate the SVHC presence downstream and to consumers within 45 days of the substance being added to the list. For kitchen appliance suppliers, the practical implication is that the SVHC compliance check is not a one-time exercise at the product launch, but a continuous monitoring obligation. The supplier should maintain a substance-of-concern watch list that tracks the candidate list updates and the upcoming substances under review, and should re-verify the SVHC compliance of every component in the range hood at least once per year and immediately after each candidate list update. ECHA maintains the public candidate list and the public intention-of-substance register, both of which are the authoritative sources for the supplier's monitoring.
About the author. Mr. Zheng is the Technical Director at Shengzhou Jilu Ventilation Equipment Co., Ltd., a 30-year veteran of kitchen ventilation, stainless steel fabrication, and performance-focused exhaust solutions for demanding cooking environments. His practical experience covers airflow design, durability planning, and the details that make outdoor BBQ hoods last in real-world conditions. Buyers evaluating JILU's insert (built-in) range hoods lineup or the custom split insert range hood configurations for EU market compliance can contact JILU kitchen engineering for technical questions on RoHS, REACH, CE marking, and the European market demands. JILU's regulatory updates and product launches are also published on the YouTube @jilu_kitchen channel, the LU-JI Facebook page, and the jilu_kitchen_ventilations_cn Instagram feed.