At Bear Rootz, we're dedicated to bringing the best vaping technology to our customers. One of the most significant advancements we've embraced is the use of quartz atomizer cartridges. But why is quartz superior to ceramic? Recent research conducted by ADACT Medical Ltd, an ISO17025 Certified Laboratory specializing in vapor analysis, sheds light on this question.
Executive Summary of the ADACT Report
The ADACT report demonstrates that quartz coils produce lower levels of degradant products and fewer silicate particles than ceramic coils, leading to improved flavor and consistency throughout the use of the cartridge.
Goals of the Research
The research aimed to:
- Demonstrate the superiority of quartz coils over ceramic coils in terms of flavor and consistency.
- Show the advantages of quartz coils over ceramic coils in terms of silicate shedding.
Hypothesis
Consumers have reported that quartz coils perform better than ceramic coils in terms of the overall vaping experience, particularly when vaping cannabinoids. The hypothesis is that quartz coils heat more evenly, resulting in less burning than ceramic coils, which leads to better flavor. Additionally, less burning would result in fewer harmful or potentially harmful constituents (HPHCs) in the vapor. Initial tests also suggested that quartz coils shed fewer silicates into the vapor, potentially making them safer.
Methodology
The research included several tests:
- Degradant Products in Vapor Analysis:
- Both quartz and ceramic coils were tested with a standard liquid through their entire lifecycle.
- Samples were collected at the start, middle, and end of the vaping cycle.
- The hypothesis was that better flavor comes from lower levels of burning and degradation products.
- Silicate Particles in Vapor Analysis:
- Devices were vaped through a full lifecycle, and vapor was passed through an impinger to capture silicates.
- A HIAC Liquid Particle Counter assessed particle size and distribution to compare devices.
- FDA Compliant Testing Protocol:
- The protocol included 27 HPHCs tested in triplicate to ensure comprehensive analysis.
Results
Silicates in the Vapor
Quartz coils significantly outperformed ceramic coils in terms of total particle count for silicates:
- Quartz: 3,178.67 particles
- Ceramic: 13,644.01 particles
This means ceramic coils produced 329% more silicate particles than quartz coils.
Heavy Metals in Vapor
Both quartz and ceramic coils showed minimal metal release into the vapor, less than typical urban air exposure, with neither type showing a clear advantage.
Aldehydes in Vapor
Quartz coils demonstrated lower levels of degradant products except for formaldehyde. Ceramic coils produced significantly higher levels of acrolein, crotonaldehyde, and butyraldehyde, which are associated with burning or overheating.
- Quartz: 39.21 ppm total degradants
- Ceramic: 96.27 ppm total degradants
This means ceramic coils produced 146% more degradants than quartz coils.
Overall Conclusions
The ADACT study supports the hypothesis that quartz coils outperform ceramic coils in terms of overheating and silicate production. Quartz coils result in fewer HPHCs and provide a better, safer vaping experience.
The Bear Rootz Commitment
At Bear Rootz, we are committed to leveraging this superior technology to offer our customers the best possible products. Our quartz atomizer cartridges ensure you get the most out of your vaping experience with enhanced flavor and reduced exposure to harmful substances.
Experience the difference that quartz technology makes by exploring our range of premium vape products at Bear Rootz.
