Frequently Asked Questions (FAQ)

•  Q: How to ensure that the ceramics will not be broken or cracked under strong vibration such as suction or transportation?
•  Q: Why use the H-type e-liquid import structure?
•  Q: How about the sealing performance of the pod?
•  Q: Why do you choose the sintering plan with relatively complicated process in production? The patch process is relatively simple
•  Q: It is said that the ceramic heating element is a technological advancement, but the cotton coil has a stronger reality degree of e-liquid and a stronger sense ofthroathitting. How do you explain this?
•  Q: How does Purlava™ balance the conflict between lock and transport of e-liquid?
•  Q: What are the advantages of single airway design?
•  Q: How does Purlava™ effectively enhance TPM value?
•  Q: What is the labor cost of such a small component in the production process?Are there any relevant considerations?
•  Q: Does the e-liquid need to be redeployed?

• Q: How to ensure that the ceramics will not be broken or cracked under strong vibration such as suction or transportation?
  A: The PULAVA ceramic body is made of ultra-high strength ceramic materials, and the raw material powder is detected. According to the monitoring results, the compression destructive force is over 60N, which is achieving safety without slag dropping.
• Q: Why use the H-type e-liquid import structure?
  A: The H-type structure maximizes the e-liquid inlet area. Compared with the fourth-generation heating element technology, Purlava™ provides 2.4 times of the e-liquid import area, more adequate contact area, faster e-liquid conduction and guaranteed atomization effect.
• Q: How about the sealing performance of the pod?
  A: In terms of structure, Purlava™ hasa regular plane, which facilitates sealing and achieves the best sealing effect.
• Q: Why do you choose the sintering plan with relatively complicated process in production? The patch process is relatively simple
  A: The current patch process has poor consistency and individual differences in fineness and accuracy.In terms of performance, the e-liquid in patched ceramics will fryingnoise (the metal sheet and ceramics are not tightly attached). The main direction of Purlava™ is printing ceramics, which solves the pain point of frying noise. After finishing the ceramic process, printing does not need to consider inlaying.
• Q: It is said that the ceramic heating element is a technological advancement, but the cotton coil has a stronger reality degree of e-liquid and a stronger sense ofthroathitting. How do you explain this?
  A: Due to the differences in individual inhalation patterns, the amount of smoke and the degree of throat hitting experience vary from person to person. It cannot be said that the single ceramic heating element is weaker than the cotton coil.
• Q: How does Purlava™ balance the conflict between lock and transport of e-liquid?
  A: We all know that small-hole locking e-liquid, large-hole e-liquid conduction, small porosity, slow E-liquid conduction, poor reduction degree, large porosity, good reduction degree, better fragrance and throat sensation, but it is easy to cause E-liquid leakage and thus affect user experience.Purlava™ developers have continuously optimized the ceramic porosity scheme and adjusted the porosity to a perfect ratio of 55%-60%, successfully solving this problem that has always been troubled.At the same time, Firstunion's Advanced Technology Research Institute has also done a lot of research on the fragrance of e-liquid.It is well known that the porous structure is absorbent. Our Purlava™ is very strict in the selection of the ceramic material formulation, which greatly reduces the ceramic's adsorption of the flavor in the e-liquid to ensure the initial flavor of the e-liquid.
• Q: What are the advantages of single airway design?
  A: In terms of the airway, the single airway can increase the amount of vape by about 10-20%, reduce the collision of vape in the bomb, and produces more vape.
• Q: How does Purlava™ effectively enhance TPM value?
  A: In terms of TPM vape volume, Purlava™ developers are committed to researching how to increase the amount of vape volume with the same suction habit under the same power.By analyzing the third and fourth-generation heating technologies, the reason for the relatively small amount of vape is mainly that the lack of concentration of heat in the first two puffs, resulting in a relatively small amount of vape. Only whenis increased in the heat of the third and fourth puffs , can the overall vape amount achieve the desired effect.Purlava™ takes this into consideration when designing the heat track, focusing the heat to be more concentrated to ensure that the heat is not lost.
• Q: What is the labor cost of such a small component in the production process?Are there any relevant considerations?
  A: To adapt to the intelligent upgrading of the manufacturing industry, researchers have taken into account the need for automation at the beginning of the design. The quadrangle structure and the production process have been changed from manual patch to machine printing, which greatly improves the production efficiency and facilitates the automatic production and assembly.
• Q: Does the e-liquid need to be redeployed?
  A: Yes, the difference of e-liquid formulations will lead to differences in parameters such as the viscosity the e-liquid.In order to make Purlava play a more effective role in the device, we will providea the black and white list of e-liquid material to you. For substances on the blacklist, our e-liquid research team will provide professional supports.