Electromagnetic Compatibility — Household Refrigerating Appliances (CISPR 14 series via GEOSTM / EU DCFTA approximation)?

EMC for household refrigerators in Georgia follows the CISPR 14 series adopted via GEOSTM / EU approximation — the same parent standards as China's GB 4343 series — so the technical limits are closely aligned. The gap is procedural: Chinese CCC EMC reports are not auto-accepted; a CISPR 14-based report from an EU-accredited or ILAC MRA laboratory (or re-issuance) is typically required. Verify the CISPR 14-1 edition GEOSTM references, especially for inverter-compressor models.

Energy Efficiency — Household Refrigerating Appliances (Georgia national energy programmes / EU energy-labelling approximation)?

Georgia's appliance energy-efficiency programmes are approximating the EU energy-label and ecodesign methodology under the DCFTA. Chinese GB 12021.2 grades do not map directly to an EU-style EEI/A-to-G class, so an EEI recalculation using IEC 62552 data is generally required. Exact Georgian thresholds, label rollout, and any product-database registration are still phasing in — confirm against current Georgian secondary legislation before market placement.

Energy Labelling — Georgia appliance energy label (EU-aligned A-to-G label approximation)?

Georgia is introducing an EU-aligned A-to-G appliance energy label under DCFTA approximation. The Chinese 1-to-5 China Energy Label cannot be reused; an EU-aligned label generated from an IEC 62552-based EEI recalculation, in Georgian, is needed. Whether an EPREL-style registration applies and from what date should be confirmed against current Georgian secondary legislation before market placement.

Market Access — In-Country Importer and GEOSTM Conformity / Market Surveillance?

Market access in Georgia requires an in-country importer / responsible economic operator plus GEOSTM-recognised conformity documentation (IEC 60335-2-24 safety, CISPR 14 EMC, EU-aligned energy data); Chinese CCC and the China Energy Label do not substitute. Goods commonly enter via Poti/Batumi. The conformity route, any marking obligation, and labelling/language rules are in EU-approximation transition — confirm against current Georgian technical regulations and GEOSTM guidance before shipment.

Radio Type Approval — Wireless-Enabled Refrigerators (GNCC)?

Only wireless-enabled refrigerators (Wi-Fi / Bluetooth) trigger this requirement: the radio module is overseen by GNCC and may need Georgian type approval or recognition against permitted EU/CEPT-aligned bands. Chinese SRRC approval is not recognised in Georgia. Non-connected refrigerators are out of scope. Confirm the current GNCC procedure and whether EU-style radio test evidence is accepted before market placement.

Refrigerant — R-600a Flammable Refrigerant Handling (IEC 60335-2-24 charge limits via GEOSTM / EU approximation)?

R-600a is the dominant refrigerant for Georgia-market household refrigerators and is well-positioned, since the adopted IEC 60335-2-24 charge limits share the same parent text as China's GB 4706.13. The work is documentary: declare refrigerant type and charge in grams, verify the charge against IEC 60335-2-24 limits, and check any HFC models against Georgia's Kigali / EU-approximated HFC phase-down. Confirm exact HFC restriction timelines against current Georgian legislation before shipment.

Electrical Safety — Household Refrigerating Appliances (IEC 60335-2-24 via GEOSTM / EU DCFTA approximation)?

Electrical safety for household refrigerators in Georgia is built on IEC 60335-2-24 — the same IEC parent as China's GB 4706.13 — and the 220/380 V 50 Hz grid matches China, so the technical gap is small. The main work is procedural: Chinese CCC reports are not auto-accepted by GEOSTM routes; an IECEE CB Scheme report or ILAC MRA re-issuance, plus an EU-approximated conformity declaration and Georgian-language instructions, are typically needed. Confirm the current GEOSTM conformity route before shipment.

CROSS-STANDARD public interest · Refrigerator / cold appliance

China-to-Georgia Household Refrigerator Compliance Gap Matrix

Name: China-to-Georgia Household Refrigerator Compliance Gap Matrix
Creator: Cross-Standard
License: https://creativecommons.org/licenses/by/4.0/

AI-compiled from official public sources — cross-checked by multiple AI models, not human-verified. Informational only; see disclaimer. Public-interest, source-linked comparison of Chinese household refrigerator compliance (CCC, GB 4706.13, GB 12021.2) against Georgia's market-access framework administered by GEOSTM (Georgian National Agency for Standards and Metrology), the EU DCFTA technical-regulation approximation process, GNCC radio oversight, national energy programmes, IEC 60335-2-24 electrical safety, and R-600a refrigerant handling. Georgia operates a 220/380 V 50 Hz grid that matches China's nominal voltage and frequency.

Dataset 2026-06-11 Last verified 2026-06-15 7 rows

Short answer

Chinese household refrigerator manufacturers face a Georgia market-access framework that is approximating EU technical regulations under the DCFTA but is lighter-touch than full CE today. Key points: (1) Electrical safety follows IEC 60335-2-24 (the same IEC base as China's GB 4706.13) administered via GEOSTM and national conformity/market surveillance — a genuine technical advantage versus the EU, though Chinese CCC test reports are not automatically accepted and may need re-issuance by an ILAC MRA laboratory. (2) Energy requirements run through national energy programmes that are aligning toward EU energy-labelling methodology; Chinese GB 12021.2 grades do not map directly. (3) Market access requires an in-country importer and, where radio/wireless features exist, GNCC type approval. (4) Grid voltage 220/380 V 50 Hz matches China exactly, removing the voltage/frequency redesign burden. R-600a refrigerant is well-positioned but charge documentation against IEC 60335-2-24 must be verified.

GAP MATRIX

Compliance Gap Matrix

Gap matrix
Compliance item	Common China baseline	Georgia (GEOSTM)	Gap / action	Source + verification date
Electromagnetic Compatibility — Household Refrigerating Appliances (CISPR 14 series via GEOSTM / EU DCFTA approximation)	China's EMC requirements for household appliances are primarily governed by GB 4343.1-2018 (Electromagnetic disturbance characteristics — Part 1: Emission limits and measurement methods; mandatory, equivalent to CISPR 14-1:2016) and GB/T 4343.2-2020 (Part 2: Immunity; recommended, equivalent to CISPR 14-2:2015), with GB 17625.1-2022 (harmonic current emissions; mandatory, IDT IEC 61000-3-2:2020) where applicable. These are enforced under the CCC regime administered by SAMR/CNCA. Because both China's GB 4343 series and Georgia's adopted CISPR 14 standards share the same CISPR/IEC parent documents, the technical limits are closely aligned.GB 4343.1-2018 — Electromagnetic disturbance characteristics — Part 1: Emission (mandatory; equivalent to CISPR 14-1:2016; enforced under CCC by SAMR/CNCA) GB/T 4343.2-2020 — Part 2: Immunity (recommended; equivalent to CISPR 14-2:2015) GB 17625.1-2022 — Limits for harmonic current emissions (mandatory; IDT IEC 61000-3-2:2020)	Household refrigerating appliances placed on the Georgian market are subject to electromagnetic compatibility requirements based on the CISPR 14 / IEC EMC framework — the emission product-family standard CISPR 14-1 (as adopted in the EU as EN 55014-1) and the immunity standard CISPR 14-2 (EN 55014-2). Under the EU-Georgia DCFTA, Georgia is approximating the EU EMC regulatory model, with national conformity assessment and market surveillance through GEOSTM. These standards cover conducted and radiated disturbance limits and immunity for household appliances, including the switching electronics of modern inverter-driven compressors. The conformity model under EU approximation is manufacturer self-declaration supported by a technical file; harmonic-current and flicker limits (IEC 61000-3-2 / 61000-3-3 family) apply as supplementary requirements where relevant. Because Georgia's grid is 220/380 V 50 Hz — matching China — the supply-related EMC test conditions correspond to the Chinese configuration.CISPR 14-1 (EN 55014-1) — Electromagnetic compatibility — Requirements for household appliances, electric tools and similar apparatus — Part 1: Emission (adopted via GEOSTM / EU approximation) CISPR 14-2 (EN 55014-2) — Part 2: Immunity — product family standard IEC 61000-3-2 / IEC 61000-3-3 — harmonic current emission, voltage fluctuation and flicker limits (supplementary where applicable) EU-Georgia Association Agreement / DCFTA — EMC regulatory approximation framework administered through GEOSTM	The technical limits are closely aligned because both systems derive from CISPR 14 / IEC, so the substantive engineering gap is small for most refrigerator models. The remaining gaps are procedural: (1) Chinese CNAS-accredited CCC EMC test reports (GB 4343.1) are not automatically accepted by GEOSTM-recognised conformity routes; a CISPR 14-based test report from an EU-accredited or ILAC MRA-accepted laboratory, or re-issuance, is typically needed to support a conformity declaration. (2) Inverter-compressor models should be checked against the current CISPR 14-1 edition adopted in Georgia, since newer editions add emission test configurations for switched-mode drives that older GB 4343.1 test data may not fully cover. Manufacturers should confirm which CISPR 14-1 edition GEOSTM currently references.[INFORMATIONAL] EMC for household refrigerators in Georgia follows the CISPR 14 series adopted via GEOSTM / EU approximation — the same parent standards as China's GB 4343 series — so the technical limits are closely aligned. The gap is procedural: Chinese CCC EMC reports are not auto-accepted; a CISPR 14-based report from an EU-accredited or ILAC MRA laboratory (or re-issuance) is typically required. Verify the CISPR 14-1 edition GEOSTM references, especially for inverter-compressor models.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference
Energy Efficiency — Household Refrigerating Appliances (Georgia national energy programmes / EU energy-labelling approximation)	China's mandatory energy efficiency standard for household refrigerators is GB 12021.2-2015 (Minimum allowable values of energy efficiency and energy efficiency grades for household refrigerators), establishing grades (Grade 1 most efficient, Grade 5 minimum threshold) and minimum annual energy consumption limits. It is mandatory and enforced by SAMR, with the China Energy Label administered under NDRC/SAMR. The GB 12021.2 grade framework uses a different EEI calculation basis and grade structure than the EU A-to-G methodology that Georgia is approximating, so a Chinese Grade 1 or Grade 2 rating does not map directly to an EU-style class.GB 12021.2-2015 — Minimum allowable values of energy efficiency and energy efficiency grades for household refrigerators (mandatory; enforced by SAMR/NDRC under China Energy Label system) GB/T 8059-2016 — Household and similar refrigerating appliances (test method standard, aligned with IEC 62552 series)	Georgia operates national energy-efficiency programmes for appliances that are aligning toward the EU energy-labelling and ecodesign methodology under the EU-Georgia DCFTA approximation commitments. Georgia adopted an Energy Efficiency Law and supporting secondary legislation establishing minimum energy performance and labelling arrangements for energy-related products, with implementation progressing in line with EU directives and the Energy Community framework. For household refrigerating appliances this points toward the EU energy-label A-to-G classes, an Energy Efficiency Index (EEI) calculated from rated volume, compartment type and climate class, annual energy consumption (kWh/annum), noise class, and measurement to the IEC 62552 series. Exact thresholds, the label rollout timetable, and whether registration in an EU-style product database is required should be confirmed against the current Georgian secondary legislation and GEOSTM/energy-agency guidance, as the regime is in active transition.Law of Georgia on Energy Efficiency — national framework for minimum energy performance of energy-related products Georgia energy-labelling secondary legislation (approximating EU energy-labelling and ecodesign methodology under DCFTA) Energy Community / EU-Georgia Association Agreement — energy-efficiency approximation obligations IEC 62552 series — Household refrigerating appliances — characteristics and test methods (measurement basis for EU-aligned EEI)	Two main gaps: (1) Different methodology — China's GB 12021.2 grade framework and annual-consumption limits do not map to the EU-style EEI and A-to-G class that Georgia's programmes are approximating; an EEI recalculation to the EU-aligned method (based on rated volume, compartment type, and climate class) is generally needed, using IEC 62552 measurement data. A Chinese Grade 1 rating is not a guarantee of meeting any Georgian/EU-aligned threshold without recalculation. (2) Transition uncertainty — the exact Georgian minimum energy performance thresholds, the label rollout date, and any product-database registration obligation are still being phased in under DCFTA approximation; these must be confirmed against current Georgian secondary legislation rather than assumed identical to the EU. Because GB/T 8059 already aligns with IEC 62552, much underlying Chinese test data can be reused for the EU-aligned EEI calculation.[INFORMATIONAL] Georgia's appliance energy-efficiency programmes are approximating the EU energy-label and ecodesign methodology under the DCFTA. Chinese GB 12021.2 grades do not map directly to an EU-style EEI/A-to-G class, so an EEI recalculation using IEC 62552 data is generally required. Exact Georgian thresholds, label rollout, and any product-database registration are still phasing in — confirm against current Georgian secondary legislation before market placement.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference
Energy Labelling — Georgia appliance energy label (EU-aligned A-to-G label approximation)	China's energy labelling for household refrigerators is the China Energy Label (CEL) under the Measures for the Administration of Energy Efficiency Labels (NDRC/SAMR, revised 2016), displaying a 1-to-5 grade scale (1 highest, 5 minimum threshold) and annual energy consumption, administered by CNIS under NDRC/SAMR. Manufacturers self-declare the grade based on GB 12021.2 testing; there is no EPREL-style pre-registration database. The Chinese 1-to-5 label and the EU-aligned A-to-G label Georgia is adopting are structurally different and not cross-comparable without recalculation.Measures for the Administration of Energy Efficiency Labels (NDRC/SAMR 2016 revision) — China Energy Label framework GB 12021.2-2015 — Minimum allowable values of energy efficiency and energy efficiency grades for household refrigerators (underlying grade standard)	As part of its EU approximation, Georgia is introducing appliance energy-labelling requirements modelled on the EU Energy Label. For household refrigerating appliances this points toward a label that displays the energy efficiency class (A-to-G rescaled format), annual energy consumption (kWh/annum), noise class and level, and total volume of each compartment type, with the underlying data measured to the IEC 62552 series. Suppliers and dealers would be expected to make the label available at point of sale and in listings. The precise label format, the language requirement (Georgian), the entry-into-force date for refrigerators, and whether a product-database registration analogous to the EU EPREL is operative in Georgia should be verified against current Georgian secondary legislation and the responsible energy/standards agency, since the labelling regime is being phased in.Georgia energy-labelling secondary legislation (approximating the EU Energy Label framework under DCFTA) EU-Georgia Association Agreement / DCFTA — energy-labelling approximation obligations IEC 62552 series — measurement basis for declared energy and volume parameters	The Chinese 1-to-5 China Energy Label cannot serve as the Georgian/EU-aligned A-to-G label: (1) Label conversion — an EU-aligned A-to-G label must be produced from an EEI recalculated to the EU-aligned method (IEC 62552 data), with Georgian-language content; the Chinese CEL must be replaced or supplemented, not reused. (2) Registration uncertainty — whether Georgia operates an EPREL-style product-database registration as a hard pre-market gate, and from what date for refrigerators, must be confirmed against current Georgian secondary legislation, since the labelling regime is being phased in under DCFTA approximation. Manufacturers should confirm the operative label format, language, entry-into-force date, and any registration database with the responsible Georgian energy/standards agency before market placement.[INFORMATIONAL] Georgia is introducing an EU-aligned A-to-G appliance energy label under DCFTA approximation. The Chinese 1-to-5 China Energy Label cannot be reused; an EU-aligned label generated from an IEC 62552-based EEI recalculation, in Georgian, is needed. Whether an EPREL-style registration applies and from what date should be confirmed against current Georgian secondary legislation before market placement.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference
Market Access — In-Country Importer and GEOSTM Conformity / Market Surveillance	In China, household refrigerating appliances require China Compulsory Certification (CCC) covering safety (GB 4706.13) and EMC (GB 4343.1) before sale, plus the China Energy Label (GB 12021.2), all administered domestically by SAMR/CNCA and NDRC. The CCC certificate holder is the responsible party for domestic-market compliance. China has no statutory requirement obliging a Chinese export manufacturer to appoint a responsible economic operator established in the destination country; overseas importers or distributors are engaged on a commercial basis. This domestic responsibility structure does not extend to or satisfy Georgia's in-country importer / market-surveillance requirement.CCC (China Compulsory Certification) — safety (GB 4706.13) + EMC (GB 4343.1); mandatory; administered by CNCA/SAMR China Energy Label — Measures for the Administration of Energy Efficiency Labels (NDRC/SAMR); based on GB 12021.2-2015 N/A — no Chinese statutory obligation to appoint a destination-country responsible economic operator	Placing household refrigerating appliances on the Georgian market requires an established in-country economic operator — typically an in-country importer or distributor responsible for the product on the Georgian market. Under the EU-Georgia DCFTA, Georgia is approximating the EU New Approach conformity and market-surveillance model administered through GEOSTM (Georgian National Agency for Standards and Metrology), with national conformity assessment and post-market surveillance. The in-country importer is generally responsible for ensuring the product carries the required conformity documentation (technical file, conformity declaration, and any conformity marking), that Georgian-language instructions and safety information are provided, and for cooperating with market surveillance authorities. Goods commonly enter via the Black Sea ports of Poti and Batumi. The exact conformity route, any marking obligation, and labelling/language requirements should be confirmed against current Georgian technical regulations and GEOSTM guidance, as the framework is in active EU-approximation transition.EU-Georgia Association Agreement / DCFTA — New Approach conformity and market-surveillance approximation framework GEOSTM (Georgian National Agency for Standards and Metrology) — national conformity assessment and market surveillance Georgian technical regulations on product safety and market surveillance (in transition toward the EU model) In-country importer / responsible economic operator requirement for products placed on the Georgian market	Chinese manufacturers must build a Georgian market-access package that CCC and the China Energy Label do not cover: (1) appoint or contract an in-country importer / responsible economic operator established in Georgia; (2) assemble conformity documentation — technical file, conformity declaration, and test evidence acceptable to GEOSTM-recognised routes (IEC 60335-2-24 safety and CISPR 14 EMC, with EU-aligned energy data) — since Chinese CCC reports are not automatically accepted; (3) provide Georgian-language instructions and safety information and any required conformity marking; (4) plan importation logistics through Poti/Batumi with the importer handling customs and post-market obligations. The precise conformity route, any marking obligation, and the labelling/language rules are in active EU-approximation transition and must be confirmed against current Georgian technical regulations and GEOSTM guidance before shipment.[INFORMATIONAL] Market access in Georgia requires an in-country importer / responsible economic operator plus GEOSTM-recognised conformity documentation (IEC 60335-2-24 safety, CISPR 14 EMC, EU-aligned energy data); Chinese CCC and the China Energy Label do not substitute. Goods commonly enter via Poti/Batumi. The conformity route, any marking obligation, and labelling/language rules are in EU-approximation transition — confirm against current Georgian technical regulations and GEOSTM guidance before shipment.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference
Radio Type Approval — Wireless-Enabled Refrigerators (GNCC)	In China, wireless modules in appliances are regulated through the SRRC (State Radio Regulation of China) Type Approval administered by the Ministry of Industry and Information Technology (MIIT). A refrigerator with Wi-Fi or Bluetooth would carry an SRRC approval for the radio module, alongside CCC for safety and EMC. The SRRC type approval is specific to China's permitted frequency bands and power limits; it is not recognised in Georgia and does not satisfy GNCC requirements. Non-connected refrigerators have no radio approval requirement in either market.SRRC (State Radio Regulation of China) Type Approval — administered by MIIT for radio modules (Wi-Fi / Bluetooth) CCC (China Compulsory Certification) — safety + EMC (applies to the appliance regardless of wireless features) N/A — SRRC approval is China-specific and not recognised by GNCC	Where a household refrigerator includes radio/wireless functionality — for example Wi-Fi or Bluetooth for smart-home connectivity — the radio module is subject to oversight by the GNCC (Georgian National Communications Commission), the national authority for electronic communications and radio spectrum. Radio-equipped products must use frequency bands and emission parameters permitted in Georgia and may require type approval or recognition of the radio equipment before market placement, in addition to the general electrical safety (IEC 60335-2-24) and EMC (CISPR 14) requirements administered through GEOSTM. Under EU approximation, Georgia is aligning toward the EU Radio Equipment model. Non-connected refrigerators (no intentional radio transmitter) fall outside GNCC radio type-approval scope and need only the safety, EMC, energy, and market-access requirements covered in the other rows. The exact GNCC procedure, permitted bands, and documentation should be confirmed against current GNCC rules.GNCC (Georgian National Communications Commission) — radio spectrum and radio-equipment type-approval authority Georgian radio-equipment / spectrum rules (permitted bands and emission parameters for Wi-Fi / Bluetooth) EU-Georgia DCFTA — approximation toward the EU Radio Equipment regulatory model IEC / EU-aligned radio test standards for short-range devices (where applicable to the wireless module)	This gap applies only to wireless-enabled refrigerators: (1) Chinese SRRC type approval is not recognised in Georgia; a wireless-enabled refrigerator may require GNCC type approval or recognition of the radio module against Georgia's permitted bands and emission parameters before market placement; (2) the wireless module must operate within Georgian frequency allocations, which follow EU/CEPT-aligned short-range-device bands rather than China's SRRC allocations — verify band and power compatibility; (3) radio documentation and any required radio test reports (EU-aligned standards) must be assembled for the GNCC route, separate from the GEOSTM safety/EMC conformity. Manufacturers should confirm the current GNCC procedure and whether EU-style radio test evidence is accepted. Non-connected models avoid this gap entirely and need only the safety, EMC, energy, and importer/market-access requirements.[INFORMATIONAL] Only wireless-enabled refrigerators (Wi-Fi / Bluetooth) trigger this requirement: the radio module is overseen by GNCC and may need Georgian type approval or recognition against permitted EU/CEPT-aligned bands. Chinese SRRC approval is not recognised in Georgia. Non-connected refrigerators are out of scope. Confirm the current GNCC procedure and whether EU-style radio test evidence is accepted before market placement.	GNCC — Georgian National Communications Commission2026-06-15 · reference
Refrigerant — R-600a Flammable Refrigerant Handling (IEC 60335-2-24 charge limits via GEOSTM / EU approximation)	China addresses flammable-refrigerant safety for household appliances primarily through GB 4706.13-2014, which incorporates R-600a charge and flammability provisions derived from IEC 60335-2-24, and through GB 9237 (safety requirements for refrigerating systems, aligned with ISO 5149). China is also a party to the Kigali Amendment (ratified June 2021) and runs its HFC phase-down under the Ministry of Ecology and Environment (MEE). Because Chinese appliances widely use R-600a and GB 4706.13 derives its charge limits from the same IEC 60335-2-24 parent text adopted in Georgia, Chinese exporters are generally well-positioned on the refrigerant aspect.GB 4706.13-2014 — flammable-refrigerant (R-600a) charge and safety provisions for household refrigerating appliances (derived from IEC 60335-2-24) GB 9237-2001 — Safety requirements for refrigerating systems and heat pumps (aligned with ISO 5149) Kigali Amendment to the Montreal Protocol — China HFC phase-down schedule (ratified June 2021, administered by MEE)	Household refrigerators marketed in Georgia overwhelmingly use R-600a (isobutane, GWP approximately 3), a low-GWP hydrocarbon refrigerant. The refrigerant safety requirements are addressed through the adopted IEC 60335-2-24 flammable-refrigerant provisions (charge limits as a function of room volume and appliance configuration, ventilation, and ignition-source requirements), with R-600a classified A3 (lower flammability) under ISO 817. Under the EU-Georgia DCFTA approximation, Georgia is aligning toward EU environmental and product rules, and as a party to the Montreal Protocol and its Kigali Amendment Georgia is phasing down HFCs over time. Manufacturers must verify that the R-600a charge complies with the IEC 60335-2-24 maximum-charge limits and that product documentation declares the refrigerant designation and charge quantity in grams. For the small charges typical of domestic appliances, no special technician certification is triggered in routine service.IEC 60335-2-24 — flammable-refrigerant provisions (R-600a charge limits, ventilation, ignition-source requirements; adopted via GEOSTM / EU approximation) ISO 817 — Refrigerants — Designation and safety classification (R-600a classified A3: lower flammability) Montreal Protocol and Kigali Amendment — Georgia HFC phase-down obligations as a party EU-Georgia Association Agreement / DCFTA — environmental and product-rule approximation framework	For R-600a appliances the gap is documentary and verification-based rather than a fundamental technology gap: (1) Product documentation in line with the Georgian-adopted IEC 60335-2-24 must explicitly state the refrigerant designation (R-600a / isobutane), charge weight in grams, and the related flammable-refrigerant safety precautions, in Georgian where required; (2) The R-600a charge must be verified against the IEC 60335-2-24 maximum-charge limits for the room-volume and configuration assumptions used; Chinese CCC test data may have been generated under slightly different configurations and may not explicitly confirm the limits relevant to the Georgian market; (3) For any models still using HFCs (e.g., R-134a), the manufacturer should check Georgia's HFC phase-down measures under the Kigali Amendment and its EU-approximated environmental rules. The exact timelines for any HFC restrictions on household refrigerating appliances in Georgia should be confirmed against current Georgian legislation before shipment.[INFORMATIONAL] R-600a is the dominant refrigerant for Georgia-market household refrigerators and is well-positioned, since the adopted IEC 60335-2-24 charge limits share the same parent text as China's GB 4706.13. The work is documentary: declare refrigerant type and charge in grams, verify the charge against IEC 60335-2-24 limits, and check any HFC models against Georgia's Kigali / EU-approximated HFC phase-down. Confirm exact HFC restriction timelines against current Georgian legislation before shipment.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference
Electrical Safety — Household Refrigerating Appliances (IEC 60335-2-24 via GEOSTM / EU DCFTA approximation)	China's mandatory safety standard for household refrigerating appliances is GB 4706.13-2014 (Particular requirements for refrigerating appliances, ice-cream appliances and ice-makers), technically derived from IEC 60335-2-24:2010 with Chinese national deviations, read with GB 4706.1 (general requirements). GB 4706.13 is mandatory and enforced under the China Compulsory Certification (CCC) regime administered by SAMR/CNCA; products must be CCC-certified by a designated body before sale in China. Because both Georgia's adopted standard and China's GB 4706.13 share the same IEC 60335-2-24 parent document, the underlying technical requirements are closely aligned — a genuine advantage compared with markets that impose a structurally different safety regime.GB 4706.13-2014 — Safety of household and similar electrical appliances — Particular requirements for refrigerating appliances, ice-cream appliances and ice-makers (mandatory; derived from IEC 60335-2-24:2010 with national deviations; enforced under CCC by SAMR/CNCA) GB 4706.1-2005 — General requirements (read in conjunction with GB 4706.13)	Household refrigerating appliances placed on the Georgian market are subject to electrical safety requirements built on the IEC 60335 series — specifically IEC 60335-2-24 (Particular requirements for refrigerating appliances, ice-cream appliances and ice-makers) read with the general standard IEC 60335-1. Under the EU-Georgia Deep and Comprehensive Free Trade Area (DCFTA), Georgia is progressively approximating EU technical regulations and the New Approach / CE-style conformity model, with national conformity assessment and market surveillance administered through GEOSTM (Georgian National Agency for Standards and Metrology). Georgia operates a 220/380 V 50 Hz electrical grid, which matches China's 220/380 V 50 Hz nominal supply, so no voltage or frequency redesign is required. Key safety topics — protection against electric shock, insulation resistance and dielectric strength, thermal cut-outs, creepage and clearance distances, earthing continuity, mechanical strength, and markings — follow the IEC 60335-2-24 technical content. Where Georgia has adopted EU-approximated technical regulations, a manufacturer self-declaration plus technical documentation model applies; in the transition, GEOSTM-recognised conformity routes and accredited-laboratory test evidence are used.IEC 60335-2-24 — Safety of household and similar electrical appliances — Part 2-24: Particular requirements for refrigerating appliances, ice-cream appliances and ice-makers (technical basis adopted via GEOSTM / EU approximation) IEC 60335-1 — Safety of household and similar electrical appliances — General requirements (read in conjunction with Part 2-24) EU-Georgia Association Agreement / DCFTA — technical-regulation approximation framework (basis for adopting EU New Approach conformity model) GEOSTM (Georgian National Agency for Standards and Metrology) — national standards adoption and conformity framework	Because both the Georgian-adopted standard and China's GB 4706.13 trace to IEC 60335-2-24 and the grids match at 220/380 V 50 Hz, the technical engineering gap is small. The remaining gaps are procedural and documentary: (1) Chinese CCC test reports issued against GB 4706.13 are not automatically accepted by GEOSTM-recognised conformity routes; an IEC 60335-2-24 CB Scheme test report from an IECEE NCB, or re-testing/re-issuance by an ILAC MRA-member laboratory, is typically required to evidence conformity; (2) national deviations embedded in GB 4706.13 must be reconciled with the IEC base text as adopted in Georgia; (3) a conformity declaration and technical file aligned to the EU-approximated New Approach model, plus user instructions in Georgian, should be prepared. Manufacturers should confirm the current GEOSTM-recognised conformity route and whether a CB Scheme report is accepted in lieu of local re-testing.[INFORMATIONAL] Electrical safety for household refrigerators in Georgia is built on IEC 60335-2-24 — the same IEC parent as China's GB 4706.13 — and the 220/380 V 50 Hz grid matches China, so the technical gap is small. The main work is procedural: Chinese CCC reports are not auto-accepted by GEOSTM routes; an IECEE CB Scheme report or ILAC MRA re-issuance, plus an EU-approximated conformity declaration and Georgian-language instructions, are typically needed. Confirm the current GEOSTM conformity route before shipment.	GEOSTM — Georgian National Agency for Standards and Metrology2026-06-15 · reference

INFORMATIONAL ONLY

Informational only / not a certification conclusion

AI-compiled, not human-verified. This comparison is generated and cross-checked by multiple AI models from public official sources; it has not been reviewed by a named human expert and may contain errors or out-of-date items. Confirm every requirement directly with the official regulator or standards body and a qualified professional before relying on it. Nothing here is legal, certification, customs, or market-access advice.

This page is an informational comparison aid, not a certification decision, legal opinion, conformity assessment, customs determination, or market-access approval. Exporters, importers, and distributors should verify current Georgian technical regulations, GEOSTM requirements, EU-approximation status, energy-programme thresholds, and refrigerant provisions with qualified professionals before shipment or market placement.

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GEOSTM — Georgian National Agency for Standards and Metrology · accessed 2026-06-15 · reference · used in 6 rows
GNCC — Georgian National Communications Commission · accessed 2026-06-15 · reference · used in 1 rows

China-to-Georgia Household Refrigerator Compliance Gap Matrix

Compliance Gap Matrix

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