Sangsin EDP Co., Ltd. is a company established in 1985, specializing in secondary battery CAN components for electric vehicles (xEV) and energy storage systems (ESS), holding a world-class position in the industry. The company possesses the capability to develop and produce core secondary battery components such as CAN, CID, and CAP ASS'Y, based on ultra-precision press technology. With established global production bases, it is a highly competitive supplier of secondary battery components in the global market. [cite: database, 9, 11]SangsinEDPCo.,Ltd.isacompanyestablishedin1985,specializinginsecondarybatteryCANcomponentsforelectricvehicles(xEV)andenergystoragesystems(ESS),holdingaworld-classpositionintheindustry.ThecompanypossessesthecapabilitytodevelopandproducecoresecondarybatterycomponentssuchasCAN,CID,andCAPASS'Y,basedonultra-precisionpresstechnology.Withestablishedglobalproductionbases,itisahighlycompetitivesupplierofsecondarybatterycomponentsintheglobalmarket.[cite:database,9,11]
Key Products/TechnologiesKeyProducts/Technologies
Secondary Battery CAN Components: A product line primarily producing medium-to-large CANs for electric vehicles (xEV) and energy storage systems (ESS), as well as small cylindrical and prismatic CANs for small IT devices and power tools.SecondaryBatteryCANComponents:Aproductlineprimarilyproducingmedium-to-largeCANsforelectricvehicles(xEV)andenergystoragesystems(ESS),aswellassmallcylindricalandprismaticCANsforsmallITdevicesandpowertools.
CID (Current Interrupt Device): A component designed to interrupt current and vent gas when internal pressure rises.CID(CurrentInterruptDevice):Acomponentdesignedtointerruptcurrentandventgaswheninternalpressurerises.
CAP ASS'Y: A component that serves as a terminal for electrical current, a crucial part of battery cells.CAPASS'Y:Acomponentthatservesasaterminalforelectricalcurrent,acrucialpartofbatterycells.
Ultra-precision Press and Mold Technology: Core technological capability encompassing the entire process from mold design to processing for secondary battery components, utilizing deep drawing technology for diverse component production.Ultra-precisionPressandMoldTechnology:Coretechnologicalcapabilityencompassingtheentireprocessfrommolddesigntoprocessingforsecondarybatterycomponents,utilizingdeepdrawingtechnologyfordiversecomponentproduction.
Trimming Technology: A patented mold technology for preventing rotational deviation in cylindrical cans, contributing to enhanced product precision.TrimmingTechnology:Apatentedmoldtechnologyforpreventingrotationaldeviationincylindricalcans,contributingtoenhancedproductprecision.
Safety Vent and Burst Pressure Setting Technology: Patented technology for ensuring the safety of cylindrical secondary battery cans, utilized in the production of EV cans.SafetyVentandBurstPressureSettingTechnology:Patentedtechnologyforensuringthesafetyofcylindricalsecondarybatterycans,utilizedintheproductionofEVcans.
Next-generation 46-series Cylindrical Battery Can Response Technology: Capability in developing technology to proactively respond to the evolution of cylindrical batteries from the existing 18650 and 21700 series to the 46-series for mass production.Next-generation46-seriesCylindricalBatteryCanResponseTechnology:Capabilityindevelopingtechnologytoproactivelyrespondtotheevolutionofcylindricalbatteriesfromtheexisting18650and21700seriestothe46-seriesformassproduction.
Core AdvantagesCoreAdvantages
World-class Technology: Ultra-precision mold design and processing capabilities, along with deep drawing technology and mass production responsiveness, are considered world-class competitive advantages.World-classTechnology:Ultra-precisionmolddesignandprocessingcapabilities,alongwithdeepdrawingtechnologyandmassproductionresponsiveness,areconsideredworld-classcompetitiveadvantages.
Dominant Market Share: Securing a leading position as a secondary battery can manufacturer with 70% market share in domestic prismatic cans and 90% in cylindrical cans.DominantMarketShare:Securingaleadingpositionasasecondarybatterycanmanufacturerwith70%marketshareindomesticprismaticcansand90%incylindricalcans.
Global Production and Supply Chain: Establishment of production bases in Korea (Cheonan, Yangsan, Hwaseong), China (Tianjin, Xi'an), Malaysia (Seremban), Hungary, and the USA (Indiana, Kokomo), enabling rapid supply response near major client production sites. [cite: database, 9, 11, 18, 22, 32, 34, 36, 38, 39, 40]GlobalProductionandSupplyChain:EstablishmentofproductionbasesinKorea(Cheonan,Yangsan,Hwaseong),China(Tianjin,Xi'an),Malaysia(Seremban),Hungary,andtheUSA(Indiana,Kokomo),enablingrapidsupplyresponsenearmajorclientproductionsites.[cite:database,9,11,18,22,32,34,36,38,39,40]
Proactive Market Trend Response: Proactively addressing key trends in the secondary battery industry, such as the expansion of the North American ESS market, the growth of LFP prismatic batteries, and the shift to 46-series cylindrical battery form factors, thereby securing growth engines.ProactiveMarketTrendResponse:Proactivelyaddressingkeytrendsinthesecondarybatteryindustry,suchastheexpansionoftheNorthAmericanESSmarket,thegrowthofLFPprismaticbatteries,andtheshiftto46-seriescylindricalbatteryformfactors,therebysecuringgrowthengines.
Client Diversification and Strong Partnerships: Diversifying its client portfolio through partnerships with global top-tier battery manufacturers like Panasonic, CATL, and Murata, in addition to its main client Samsung SDI.ClientDiversificationandStrongPartnerships:Diversifyingitsclientportfoliothroughpartnershipswithglobaltop-tierbatterymanufacturerslikePanasonic,CATL,andMurata,inadditiontoitsmainclientSamsungSDI.
Shortest Lead Time for Development and Mass Production: Ability to shorten the lead time from mold design to product mass production to the industry's shortest level, allowing for quick response to market changes.ShortestLeadTimeforDevelopmentandMassProduction:Abilitytoshortentheleadtimefrommolddesigntoproductmassproductiontotheindustry'sshortestlevel,allowingforquickresponsetomarketchanges.
Energy Storage Systems (ESS): Supplying prismatic and cylindrical can components for ESS, responding to the integration of renewable energy and increased power demand from AI data centers. [cite: database, 3, 7, 9, 10, 11, 15, 18, 19, 21, 22, 23, 28, 33, 34, 35, 36, 37, 39, 40, 41, 42]EnergyStorageSystems(ESS):SupplyingprismaticandcylindricalcancomponentsforESS,respondingtotheintegrationofrenewableenergyandincreasedpowerdemandfromAIdatacenters.[cite:database,3,7,9,10,11,15,18,19,21,22,23,28,33,34,35,36,37,39,40,41,42]
Small IT Devices: Supplying secondary battery components used in small electronic products such as smartphones, laptops, and tablets.SmallITDevices:Supplyingsecondarybatterycomponentsusedinsmallelectronicproductssuchassmartphones,laptops,andtablets.
Power Tools: Supplying cylindrical CAN components for power tools requiring high output and safety.PowerTools:SupplyingcylindricalCANcomponentsforpowertoolsrequiringhighoutputandsafety.
Electric Bicycles (E-bike): Supplying components for electric bicycles due to the expanding application of cylindrical secondary battery components.ElectricBicycles(E-bike):Supplyingcomponentsforelectricbicyclesduetotheexpandingapplicationofcylindricalsecondarybatterycomponents.
Cordless Vacuum Cleaners: Supplying components for cordless vacuum cleaners that utilize cylindrical secondary battery components.CordlessVacuumCleaners:Supplyingcomponentsforcordlessvacuumcleanersthatutilizecylindricalsecondarybatterycomponents.
Humanoid Robots: Supplying cylindrical battery cans expected to be adopted as the primary power source for humanoid robots, requiring high output and safety.HumanoidRobots:Supplyingcylindricalbatterycansexpectedtobeadoptedastheprimarypowersourceforhumanoidrobots,requiringhighoutputandsafety.
BBU (Backup Battery Unit): Supplying cylindrical CAN components applied in backup battery units.BBU(BackupBatteryUnit):SupplyingcylindricalCANcomponentsappliedinbackupbatteryunits.
Major MarketsMajorMarkets
China (Tianjin, Xi'an): Production and market penetration through its subsidiaries Daeshin Electronics and Sangsin Hitech. [cite: database, 9, 11, 18, 27, 30, 33, 34], Malaysia (Seremban): Expansion of cylindrical can production capacity and market penetration through its subsidiary Sangsin Enertech. [cite: database, 9, 11, 18, 27, 30, 33, 34]China(Tianjin,Xi'an):ProductionandmarketpenetrationthroughitssubsidiariesDaeshinElectronicsandSangsinHitech.[cite:database,9,11,18,27,30,33,34],Malaysia(Seremban):ExpansionofcylindricalcanproductioncapacityandmarketpenetrationthroughitssubsidiarySangsinEnertech.[cite:database,9,11,18,27,30,33,34]
Hungary: Production of medium-to-large cans through its subsidiary Sangsin Hungary, aligning with the establishment of European factories by major clients like Samsung SDI and CATL. [cite: database, 9, 11, 18, 22, 26, 27, 32, 34, 36, 38, 39, 40, 42]Hungary:Productionofmedium-to-largecansthroughitssubsidiarySangsinHungary,aligningwiththeestablishmentofEuropeanfactoriesbymajorclientslikeSamsungSDIandCATL.[cite:database,9,11,18,22,26,27,32,34,36,38,39,40,42]
USA (Indiana, Kokomo): Establishment of an Indiana subsidiary to produce prismatic cans for xEV and ESS, strengthening its presence in the North American market.USA(Indiana,Kokomo):EstablishmentofanIndianasubsidiarytoproduceprismaticcansforxEVandESS,strengtheningitspresenceintheNorthAmericanmarket.
Certifications/PatentsCertifications/Patents
Patent for Mold Technology for Preventing Rotational Deviation in Cylindrical Cans (Shimmy Trim): A technology patent acquired in 2018, beneficial for preventing rust in cylindrical cans and applicable to medium-to-large cans.PatentforMoldTechnologyforPreventingRotationalDeviationinCylindricalCans(ShimmyTrim):Atechnologypatentacquiredin2018,beneficialforpreventingrustincylindricalcansandapplicabletomedium-to-largecans.
Patent for Safety Vent and Burst Pressure Setting Method for Cylindrical Secondary Battery Cans: A patent acquired in 2013, crucial for utilizing cylindrical cans in electric vehicles.PatentforSafetyVentandBurstPressureSettingMethodforCylindricalSecondaryBatteryCans:Apatentacquiredin2013,crucialforutilizingcylindricalcansinelectricvehicles.
Ultra-precision Mold Design and Processing Technology: Possession of proprietary technology for the entire process from mold design to processing of secondary battery components.Ultra-precisionMoldDesignandProcessingTechnology:Possessionofproprietarytechnologyfortheentireprocessfrommolddesigntoprocessingofsecondarybatterycomponents.
Deep Drawing Technology: A core technology for forming flat metal sheets into seamless deep cup shapes, essential for secondary battery can production.DeepDrawingTechnology:Acoretechnologyforformingflatmetalsheetsintoseamlessdeepcupshapes,essentialforsecondarybatterycanproduction.
Micro-process Technology with 12-15 Stages of Molds: High-level micro-process technology that secures strong technological capabilities and high entry barriers.Micro-processTechnologywith12-15StagesofMolds:High-levelmicro-processtechnologythatsecuresstrongtechnologicalcapabilitiesandhighentrybarriers.
Introduction
Location
57 4sandan 6-gil, Jiksan-eup, Seobuk-gu, Cheonan, Chungcheongnam-do, South Korea
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Information
57 4sandan 6-gil, Jiksan-eup, Seobuk-gu, Cheonan, Chungcheongnam-do, South Korea