22100-27400 cylinder head for Hyundai D4EB 2.2L. Fits Santa Fe and Grandeur. High-nickel cast iron prevents cracking. Get bulk pricing on this unit

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Quick Summary: Hyundai Cylinder Head

Heavy-duty replacement cylinder head for Hyundai D4EB 2.2L CRDi and D4EA engines. Manufactured from high-nickel alloy cast iron to completely eliminate thermal cracking and resist camshaft bearing seizure. OEM: 22100-27400 | Cross ref: 22100-27750.
Ready for wholesale supply.

The Hyundai D4EB Cylinder Head (OEM 22100-27400) is a high-precision automotive engine core part engineered to sustain the thermal and mechanical demands of the 2.2-liter CRDi diesel engine series. Found under the hood of popular passenger and utility SUV fleets, such as the Hyundai Santa Fe (CM) and Grandeur (TG), this 2.2L CRDi cylinder head operates with an advanced DOHC 16V valvetrain configuration. In demanding fleet operations, these common-rail diesel platforms are highly prone to severe intake port carbon clogging. When heavy soot buildup restricts fresh airflow, combustion temperatures spike rapidly, resulting in localized hotspots that lead to thermal cracking across the valve bridges. Additionally, restricted oil passage pathways on high-mileage blocks frequently trigger sudden camshaft bearing seizure.

To eliminate these premature valvetrain failures, Ruich Value manufactures this Santa Fe 2.2L head using premium high-nickel alloy cast iron instead of standard lightweight castings. This high-density metallurgical formulation offers outstanding dimensional stability and superior resistance to thermal cracking. Our state-of-the-art CNC deck surfacing ensures a perfect gasket-matching flat finish of under 0.05 mm, preventing compression leaks and fluid crossover. Every unit is 100% pressure tested at 4.5 bar under heated conditions to guarantee defect-free coolant passages. For professional machine shops, fleet operators, and global distributors seeking a reliable, heavy-duty solution, our cylinder head delivers unmatched durability and precise OEM-grade compliance.

Technical Specifications

Parameter Value
Engine Model Compatibility Hyundai D4EB (2.2L CRDi) / Kia D4EB
Primary OEM Number 22100-27400
Cross-Reference Numbers 22100-27750, 22100-27800, 2210027400, AMC 908733
Material Metallurgy High-Nickel Alloy Cast Iron (High-Density)
Valvetrain Configuration DOHC 16V (Double Overhead Camshaft, 16 Valves)
Machining Quality CNC Deck Surfacing with Flatness < 0.05 mm
Cylinder Configuration 4 Cylinders Inline
Testing Standard Heated Pressure Tested to 4.5 Bar
Piston Stroke / Bore Standard 2.2L CRDi Specifications
Fuel Injection System Bosch Common Rail Direct Injection (CRDi)
Camshaft Saddle Finish Line-Bored for perfect bearing alignment

Available Models

Our comprehensive Hyundai engine catalog covers a full range of high-performance cylinder heads, from the legacy SOHC 8-valve IDI diesel series to the newer common-rail CRDi DOHC models. Auto parts distributors and professional workshops can explore our whole Hyundai Categories to discover direct-fit replacement crankshafts, camshafts, and cylinder heads designed for passenger and light commercial fleets.

Primary Part NumberCross Ref Part NumbersCompatible Engine ModelCompatible Machine Model
22100-270002210027901, 2210027900D4EAHyundai Santa Fe, Tucson
22100-2A350221002A100, 220002A000D4FAHyundai Accent, i30
22100-42000908512, 2210042003D4BA / D4BBHyundai H100 Porter
22100-42U00908511, 2210042U004D56 / 4D55Hyundai Porter, H100
22100-42530908513, 2210042530D4BA / D4BHHyundai Terracan, Starex
22100-42700908770, 42900, 42201, 42200D4BA / 4D56Hyundai Porter, Grace
22100-325402210032540, 4G634G63 SiriusHyundai Sonata, Santamo
22100-350002210036000, 22100350006G72 SigmaHyundai Sonata V6, Azera
22100-32680MD099389, 22100326804G64 SiriusHyundai Porter, H100
22100-24000908029, XUD9XUD 9 A/LHyundai Lantra, Pony
22100-4X910221114X910, 221004X700J3 EngineHyundai Terracan, Kia Carnival
22100-42750908771, 2210042750D4BF (Compatible 4D56)Hyundai Galloper, Grace
22100-42710908771, 2210042710D4BF (Compatible 4D56)Hyundai Starex, H100
22100-42400908772, 2210042400D4BH (Compatible 4D56T)Hyundai Terracan, Libero
22100-2G051221002G000, G4KEG4KE / G4KCHyundai Sonata, Santa Fe
22100-4A410221004A210, 221004A400, 221004A250D4CB VGTHyundai H1 Starex, Sorento
22100-274002210027750, 2210027800D4EB / 4DEA-VHyundai Santa Fe, Azera
22100-4A020221004A000, 221004A010D4CB-AHyundai Porter II, Libero
22100-275002210027501, D3EAD3EAHyundai Accent, Matrix
22100-4A000221004A060, 221004A010, 221004A250D4CBHyundai H1, Starex
22100-84200D6AC, TruckD6ACHyundai HD120, HD170
22100-48701HD35, HD65, MightyHD35 / HD65Hyundai Mighty HD65
22100-42900908512, 22001-427A1, 2210042900D4BA / D4BATHyundai H100, Hyundai H1

Equipment Compatibility

Make Machine Model Year Range Engine Application
Hyundai Santa Fe II (CM) 2006–2012 D4EB 2.2L CRDi Mid-Size Crossover SUV
Hyundai Grandeur (TG) Sedan 2006–2011 D4EB 2.2L CRDi Executive Passenger Sedan
Hyundai Azera (TG) Sedan 2006–2011 D4EB 2.2L CRDi Mid-Size Passenger Sedan
Kia Sportage II (JE / KM) 2006–2010 D4EB CRDi 2.2L Compact SUV Utility Fleet
Kia Sorento (BL) 2006–2009 D4EB 2.2L CRDi Mid-Size Sport Utility Vehicle

Why Partner with Ruich Value

  • High-Nickel Metallurgical Upgrade: Casting with premium high-nickel alloy cast iron prevents structural deformation and thermal cracking between valve seats under high-boost CRDi temperatures.
  • Line-Bored Camshaft Saddle Alignment: Precision line-boring of the DOHC 16V cam bearing saddles prevents camshaft bearing seizure under high-RPM operations.
  • CNC Precision Deck Flattening: Advanced surface milling maintains deck flatnesses within 0.05 mm, ensuring a bulletproof seal and preventing compression blowout.
  • Dual-Stage Heated Pressure Testing: Castings are pressure verified with heated fluid at 4.5 bar, completely eliminating internal porosity and coolant passage defects.

Technical Q&A: Hyundai D4EB Cylinder Head

What causes intake port carbon clogging and subsequent thermal cracking in Hyundai D4EB engines?

In common rail diesel engines like the D4EB 2.2L, the combination of high-pressure exhaust gas recirculation (EGR) and crankcase oil vapors creates a thick carbon sludge. This results in severe intake port carbon clogging, restricting incoming airflow. When the engine is starved of air, the air-fuel ratio drops, causing localized combustion temperatures to spike. This extreme heat creates immense thermal stress across the valve seats, eventually causing thermal cracking. Our high-nickel alloy cast iron cylinder heads feature optimized port shapes to minimize carbon adherence and offer superior thermal threshold to prevent structural cracking.

Are the 2.2L D4EB and 2.0L D4EA cylinder heads interchangeable?

No, they are not directly interchangeable. While the 2.2-liter D4EB was derived from the second-generation 2.0-liter D4EA engine block, the D4EB has a larger piston bore diameter and a redesigned cylinder head deck with revised water jacket patterns and combustion chamber geometry. Installing a 2.0L D4EA head onto a 2.2L D4EB block will result in poor combustion chamber sealing, compression leakage, and timing belt system misalignment. Always verify the exact original OEM reference number, such as 22100-27400, before proceeding with a rebuild.

Why is it mandatory to inspect oil pressure and clean oil pickup lines during a D4EB cylinder head replacement?

When a D4EB head experiences valvetrain wear, metallic fragments and old sludge are carried through the engine oil. This debris often clogs the oil pump pick-up screen in the oil sump, restricting oil volume to the new head and triggering immediate camshaft bearing seizure. During installation of our replacement cylinder head, it is mandatory to flush the engine lubrication circuit, clean the oil pickup screen, and test the oil pump pressure to ensure continuous, unrestrictive lubrication to the new DOHC 16V camshaft assembly.

What is the advantage of using high-nickel alloy cast iron over standard aluminum for the D4EB head?

Standard aftermarket aluminum castings for high-pressure CRDi engines are prone to micro-warping and stress fracturing under extreme combustion temperatures. Our high-nickel alloy cast iron metallurgy provides an exceptionally high thermal threshold and superior yield strength. It resists localized thermal stress and prevents the head from warping under high-load turbocharger boost. Additionally, the cast iron structure significantly dampens the combustion noise characteristic of high-pressure common rail direct injection (CRDi) systems, offering a quieter and more durable operation.

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