Understanding Cannabis Vape Hardware Terminology: A Comprehensive Guide

When it comes to understanding the ins and outs of cannabis vape hardware, there can be a lot of terms that might seem unfamiliar. As a dispensary owner or manufacturer, it’s important that you and you staff have a clear understanding of the vape hardware nuances and common terms. Misunderstanding important terms could lead to customers feeling misinformed and potentially hurt your brands reputation. In this guide we will break down many of the important hardware features to understand such as: Ohms, Volts, mAh, 510 thread, and aperture holes.

What are Ohms in Vaping

Ohms, a term often encountered in the context of cannabis vaping, refers to the electrical resistance of the vape coil. Understanding this concept is crucial for vapers, especially in a business-to-business context, where knowledge directly influences product selection and customer satisfaction.

Defining Ohms

Ohms measure the resistance in the vape coil. The lower the ohms, the more power the coil will draw from the battery, resulting in higher temperatures. This affects the vapor production and flavor.

Importance for Vapers

For businesses in the vaping industry, understanding ohms is vital for providing suitable products to customers. High-ohm coils tend to produce less vapor but preserve flavor, while low-ohm coils are preferred for larger vapor production.

What Ohms Resistance Should my Cartridges Be?

The standard and most common cartridges on the market typically come with a resistance of 1.5 ohms. As vape cartridge manufacturing continues to progress, you will continue to see more of range in ohms resistance. This threshold is ideal for the majority of the common vape batteries that are used which typically range from 2.8 volts to 3.8 volts.

What are Volts in Vaping?

In the realm of cannabis vaping, volts refer to the electrical potential that powers the vape device or battery. This concept is fundamental for understanding Ohm resistance and determining the overall vaping experience.

Explaining Voltage

Voltage in a vape device is the force that drives the electrical current through the coil. It directly influences the heat generated, which in turn affects the vaporization of the cannabis product.

The Voltage and Heat Relationship

Higher voltage results in more heat, leading to increased vapor production and sometimes a more intense flavor. However, too high a voltage can lead to burning, negatively impacting the flavor and potentially damaging the device.

The Significance of mAh in Vaping

Battery Capacity Explained

mAh stands for milliampere-hour and serves as an indicator of the battery’s energy storage capacity. A higher mAh rating means the battery can sustain a device’s operation for a longer period, assuming the usage rate remains constant.

Impact on Vaping Duration

The mAh rating directly influences how long a vaping device can be used between charges. Devices with higher mAh ratings offer longer vaping times, reducing the frequency of recharges needed. In essence mAh refers to how powerful the battery is how long it lasts.

Understanding 510 Threads in Vaping Devices

Standardization in the Industry

The 510 thread specification denotes a specific type of threading that is 5mm long and consists of 10 screw threads. This standardization has led to widespread compatibility among vaping devices, making it easier for consumers to mix and match components from different manufacturers. The majority of vape carts and batteries use 510 threading.

Aperture Holes in Vape Carts Explained

Aperture holes in vape cartridges are small openings located at the base of the cartridge’s tank. These holes play a crucial role in regulating the flow of oil to the heating element, directly impacting the vaping experience.

Consideration of Viscosity

The viscosity of the oil or contents plays a significant role in determining the ideal aperture hole size. Thicker oils require larger holes for efficient wicking, while thinner liquids can be adequately serviced by smaller holes.

Impact on Vaping Experience

• Vapor Production: Larger aperture holes can facilitate a faster wicking process, potentially leading to increased vapor production.
• Flavor Delivery: The size of the aperture holes can also affect flavor delivery. Optimal wicking ensures a consistent and rich flavor profile.
• Prevention of Dry Hits: Adequately sized aperture holes help prevent dry hits by ensuring the wick remains saturated with oil.

In conclusion navigating the world of cannabis vaping terms can prove to be confusing or simply just new to some. These terms are typically standardized throughout the industry and learning them once should be all you need. Hopefully this guide can help you or your team to offer better guidance and communication with customers!