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Innokin Vape Coils – Zenith, Zlide, Endura & Sceptre

Quick Coil Match:

0.45Ω–0.5Ω → RDL / higher VG liquids
0.8Ω → balanced MTL / RDL setups
1.2Ω–1.6Ω → classic MTL with 50/50 e-liquids

Looking for genuine Innokin vape coils in Ireland? This collection helps you find the correct coil for Zenith, Zlide, Endura and Sceptre devices, restoring clean flavour, stable vapour output and reliable everyday performance without replacing your full setup.

Choosing the right Innokin vape coil can help fix burnt taste, weak flavour and inconsistent performance. Lower resistance mesh coils are generally better suited to higher VG e-liquids, while 1.2Ω and 1.6Ω coils are optimised for smooth MTL use with 50/50 liquids and nicotine salts.

If your current coil no longer delivers consistent flavour or vapour, replacing it with the correct Innokin coil is often the fastest and most cost-effective solution. Always confirm compatibility with your device before purchase. Products are intended for adult users aged 18+ in Ireland.

Innokin Coil Heads

Innokin Endura T18E Coils – Replacement 5-Pack

Vendor: Innokin

Price:

€10.99

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Innokin Sceptre Coils 5-Pack

Vendor: Innokin

Price:

€9.99

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Innokin Zenith Coils – 5-Pack

Vendor: Innokin

Price:

€11.99

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Innokin Jem Coil Heads (5PCS)

Vendor: Innokin

Price:

€9.99

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Innokin Prism S (T20S) Replacement Coils – 5-Pack

Vendor: Innokin

Price:

€12.99

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Quick Compatibility Guide

Z-Coil (Zenith / Zlide): For Zenith II, Zlide Top, and Kroma-Z platforms.
Prism Series (T18 / T20): For Endura T18E, T20, and T22E kits.
Sceptre / S-Coil: For Sceptre Pod and Sensis platforms.

Resistance & Heating Element Matrix

Resistance (Ω)	Inhale Style	Recommended VG/PG	Heating Element Type	Thermal Behaviour
0.45Ω – 0.5Ω	RDL / Restricted DTL	60/40 – 70/30	Mesh (Plex3D / Plexus)	Rapid ramp-up, dense vapour output
0.8Ω	Restricted MTL	50/50 – 60/40	Mesh / Kanthal	Balanced heat distribution
1.2Ω	Classic MTL	50/50	Kanthal / Mesh	Controlled output, lower thermal load
1.6Ω	Tight MTL	50/50 (High PG stable)	Kanthal Wire	Low power requirement, extended lifespan potential

Material Transparency & Coil Architecture

Mesh (Plex3D / Plexus): Expanded surface heating structure designed to increase liquid contact area and promote even temperature distribution across the wick.

Kanthal (FeCrAl Alloy): Stable resistance material intended for wattage mode operation, offering predictable thermal behaviour.

Stainless Steel (SS316L): Compatible with both wattage and temperature control modes where supported by device firmware.

Ni80 (Nickel-Chromium Alloy): Fast response heating element with low thermal inertia. Users with nickel sensitivity should verify compatibility prior to use.

Innokin Authenticity & Quality

Genuine Innokin coil heads are supplied through authorised distribution channels and feature scratch-code verification systems where applicable. Authentication codes can be verified directly via the official Innokin website to confirm product originality.

Authentic components ensure accurate resistance tolerances, stable wicking architecture and compliance with EU product safety standards.

Liquid Composition & Coil Longevity

Liquid viscosity and sweetener content directly influence coil lifespan. High-VG blends and heavily sweetened formulations may accelerate carbon residue accumulation on the heating surface.

For stable long-term performance, matching resistance level to appropriate VG/PG ratio and remaining within manufacturer wattage recommendations is advised.

Ireland Climate & Responsible Disposal

In cooler Irish ambient conditions, higher VG liquids increase in viscosity. Maintaining devices at room temperature supports consistent capillary flow and reduces dry-hit risk.

Used coil heads contain metal elements and residual e-liquid. In Ireland, disposal should follow appropriate WEEE or metal recycling channels rather than general household waste.

Technical FAQ – Maintenance & Compatibility

Why does a 1.2Ω coil burn with 70VG liquid?

Higher resistance coils are designed for lower-viscosity liquids. 70VG blends may exceed the capillary intake capacity of tighter MTL ports, leading to dry spots and thermal stress.

What causes gurgling or leaking?

Over-priming, sudden temperature shifts, or using high-PG liquids in lower-resistance coils may increase liquid movement into airflow channels, resulting in gurgling.

How long should I prime a new coil?

Allow 5–10 minutes after filling to achieve full saturation. Activating the device too early may permanently compromise the heating structure.

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