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What Are the Different Types of Vape Coils?
Understanding vape coil types is an important part of learning how many devices function. Although coils are small components inside the atomiser heads, they are central to heating e-liquid and supporting vapour production.
For adult users exploring different devices, the variety of vape coils available today may seem complex. However, while there are many different types of vape coils, they generally perform the same core function: heating e-liquid in a controlled way.
This guide explains the most common type of vape coil, how resistance affects performance, and what terms such as MTL coil, PnP coil, and TPP coil typically refer to.
What Do Vape Coils Do?
Most refillable devices, whether part of a vape kit, vape mod, pod system, or compact pod kits, rely on vape coils to heat e-liquid.
When activated:
- The battery supplies power.
- The coil heats up.
- The wicking material, often a cotton wick, absorbs the e-liquid.
- The liquid is heated and converted into aerosol.
This heating process enables controlled vapour production without combustion.
The efficiency of vapour production depends not only on the coil itself but also on:
- The resistance level (for example, an ohm coil rating),
- The airflow configuration,
- The e-liquid composition, including options such as nic salts,
- The structure of the coil.
Because coils are exposed to repeated heating cycles, all vape coils are consumable parts that require periodic replacement.
How Are Vape Coil Types Categorised?
There are several ways to categorise vape coil types:
- By material
- By resistance level
- By structural design
- By compatibility series (such as PnP coil or TPP coil)
Each type of vape coil is designed for specific device ranges and wattage settings.
Discover how long vape coils typically last and the factors that can influence their lifespan.
Regular Coils vs Ceramic Coils
Regular Coils
Regular coils typically use a wound metal wire wrapped around a cotton wick as the primary wicking material. These coils are widely used across many devices, including some pod kits and vape kits.
They are available at different resistance levels and may support either moderate or increased vapour production, depending on the design.
Ceramic Coils
Ceramic coils incorporate porous ceramic material surrounding or integrated with the heating element. In some configurations, ceramic coils distribute heat differently compared to regular coils.
Because of their structure, ceramic coils may:
- Provide even heat distribution
- Support stable wicking through their porous material
- Operate across various wattage settings
Both ceramic coils and regular coils are considered common vape coil types, and compatibility depends on the device model.
Coil Structure: Single, Multi and Mesh
Single and Multi-Coil Designs
Some vape coils contain a single heating element, while others may use dual or multiple internal coils.
- Single coils operate at standard wattage ranges.
- Multi-coil heads may increase heating speed.
- Higher internal surface area can influence vapour production.
However, increased heating surface area may also lead to faster e-liquid consumption and greater battery consumption.
Mesh Coils
Mesh coil designs use a perforated metal sheet rather than traditional round wire. This structure increases contact between the coil and the wicking material, often improving heating consistency.
Mesh-style coils are common in modern devices and may support efficient vapour production without significantly increasing battery strain.
Understanding Resistance: Ohm Ratings Explained
Resistance is measured in ohms, and an ohm coil rating determines how much electrical resistance the coil provides.
MTL (Mouth to Lung) Coil
An MTL coil generally features higher resistance. These coils are commonly used at lower wattage levels and are frequently paired with pod system devices or compact pod kits.
MTL-style coils typically:
- Operate at lower power
- Produce moderate vapour production
- Work well with certain e-liquids, including nic salts
Sub-Ohm Coils
Sub-ohm coils have resistance below 1.0 and operate at higher wattages. This style is commonly associated with sub-ohm vaping.
Sub-ohm coils are typically used in larger devices, such as a vape mod and may result in increased vapour production due to higher power output.
As with all vape coils, the correct type of vape coil must match the device’s recommended power range.
Coil Materials
Another way to differentiate different types of vape coils is by material composition.
Kanthal
Commonly used in many regular coils and compatible with standard wattage modes.
Stainless Steel
Used in both wattage and some temperature-control modes.
Nichrome Coils
Nichrome coils are typically made from nickel and chromium. They are known for relatively quick heating response and are used in various vape kits.
Titanium
These are used in temperature-control compatible devices.
The selected material influences heating speed, compatibility, and overall device configuration.
Explore how to prime a vape coil properly to support consistent performance.
PnP (Plug-and-Play) Coil Systems
A PnP coil (Plug-and-Play) is a replaceable coil platform designed for push-fit installation rather than threading.
Features commonly associated with a PnP coil include:
- Simplified installation
- Compatibility within designated device ranges
- Multiple resistance options
Depending on the resistance selected, a PnP coil may support either MTL or lower-resistance configurations. Always verify compatibility before installing a new PnP coil.
TPP (Tank-Pod-Push) Coil Systems
A TPP coil (Tank-Pod-Push) is another coil compatibility platform designed for specific high-output devices.
A TPP coil may feature:
- Larger internal airflow channels
- Expanded heating surface area
- Compatibility with higher wattage ranges
Because of this, certain TPP coil models may support higher levels of vapour production compared to standard coils, depending on device configuration.
Coil Build and Replacement
The term coil build usually refers to the internal structure and layout of the heating element and wicking material. In pre-manufactured coils, the coil build is pre-set by the manufacturer.
Users should avoid modifying the coil build unless the device is specifically designed for rebuildable configurations.
All vape coils, including regular coils, ceramic coils, PnP coil variants, and TPP coil models, will require replacement over time due to residue accumulation and material degradation.
Are Vape Coils Recyclable?
In most regions, standard vape coils are not accepted in regular household recycling due to:
- Mixed metals
- Internal cotton wick or ceramic materials
- Residual e-liquid
Some specialised electronic waste facilities may accept components, but availability varies. Always follow local disposal guidance in Egypt.
This applies to most vape coils, including sub-ohm coils, PnP coil systems, and TPP coil variants.
Alternatives to Coil-Based Vape Devices
Some adult users may prefer a device that does not require replacing vape coils.
IQOS heated tobacco devices do not use traditional vape coils, cotton wick systems, or ceramic heating elements. Instead, they rely on induction-based heating technology to heat tobacco without combustion.
Here are some heated tobacco products by IQOS:
· IQOS ILUMA I PRIME KIT BUNDLE
Explore our comparison guide to better understand heated tobacco products.
Final Thoughts on Vape Coil Types
There are many different types of vape coils, including:
- Regular coils
- Ceramic coils
- MTL coil options
- Sub-ohm coils
- PnP coil systems
- TPP coil platforms
Each type of vape coil is designed for specific device models, power ranges, and configurations. Understanding resistance levels, materials, and coil build structure can help adult users maintain device compatibility and support consistent vapour production.
IQOS is not risk-free and provides nicotine, which is addictive. Only for use by adults.
