Press Release: Leading Vape Brand Geekvape Unveiled a Revolutionary Vaping Technology Solution: VPU

Today, in 2023, e-cigarettes are the most innovative technological product of the 21st century, introducing the concept of environmental health and breaking away from the monopoly of traditional cigarettes.

Certain breakthroughs have been made in some technical areas, such as ceramic cores, as a result of continuous exploration by major vape brands. Nonetheless, they still face numerous pain points in terms of taste experience, raw material safety, and service life, which significantly impact the consumer experience.

Vape experience

According to the aerosol composition test results, the product adopting the vpu technology had a vapour volume increase of 23.7% with the same number of puffs compared to other products on the market. As the number of puffs increases, the aerosol release is stable and the taste continues without degradation, which means that each puff provides the user with a consistent flavor restoration.

For disposable vape range and vapor volume, The through-air bonded non-woven can be said to be the most important. The market is restocked with various standards, and each manufacturer has a distinct tuning pilot. Leakage and heterogeneous permeability are the most prevalent disadvantages of these low-quality nonwovens, which will ultimately result in a very high rate of defective products, not only causing severe after-sales issues, but also increasing the costs.

According to geekvape's chief marketing officer, Potti Lan, Geekvape’s yield rate has improved from 85% to 99% and our development cycle speed has increased by 35%.

“ I am proud to say that we are the first company in the industry to follow a high standard of multi-dimensional testing, and we have made continuous efforts to achieve a major new breakthrough in the performance of the through-air bonded non-woven, so that we can ensure consistent performance from batch to batch and guarantee consistent quality of our products.”

In recent years, the coil technology has continued to develop, there have been significant advances, market customisation criteria differ. And what we are concerned about the coil are the flavor restoration, harm reduction and liquid leakage prevention.

Speaking about liquid soaking and storage, Geekvape’s R&D team has improved the coil matrix's liquid soaking and storage capacity by using oleophilic materials with tunable nano-microscopic morphology. This has improved the coil matrix's flavor and prevented stuck core.

When choosing heating materials and designing heating patterns of the coil, the heating speed, heating concentration and corrosion resistance of the materials are all taken into account.

Geekvape uses advanced raw material selection and molding processes to achieve precise control of pore size in the range of 0.1 to 80 microns in its research of ceramic cores. This enables them to match the optimal pore size with a uniform pore structure for a variety of application scenarios. At the same time, Geekvape has implemented the simulation experiment platform. Simulation design and repeated trials are used to find the ideal combination of high safety along with excellent taste.

Safety performance

By using an electron microscope to determine the internal composition of the heating wire and cotton interior, they can obtain the elemental energy spectrum.

This ensures that our raw materials do not contain heavy metals, and Geekvape's testing procedures rigorously adhere to the ROHS regulations. In addition, Geekvape is adopting the infrared imaging technology to verify the temperature field of the heat generators in order to ensure the safety of the heat generation performance.

Geekvape's R&D team has performed extensive aerosol analysis to overcome the problems of excessive condensation, liquid absorption, and frying. As a result, they are able to quickly identify and resolve these issues, achieving a more balanced atomization effect, reducing the likelihood of gluing the core, and enhancing overall user safety.

Unit process control