The Environmental Protection Trend of Disposable Vape: The Dual Evolution of Material and Structural Design

Environmental protection is one of the important development directions of Disposable Vapors, and this consumer demand is mainly reflected in the European market. In the future, there may be opportunities to iterate to the global market.

As a disposable fast-moving consumer goods, the outbreak of disposable electronic cigarettes has indeed brought some environmental pollution, such as the generation of a large amount of plastic waste, discarded lithium batteries and circuit boards, and even residual cigarette oil that can be considered hazardous chemical waste.
In this context, the Disposable Vape industry has launched many actions, such as numerous e-cigarette brands and stores in the UK launching waste e-cigarette recycling services, and Disposable Vape companies adopting new technologies to endow products with environmental attributes.
In terms of technology, there are mainly two routes: material and structural design.
New materials mainly include changing the material of electronic cigarette casings, such as biodegradable plastics (PLA, PBAT, etc.), recycled plastics, and paper tubes;
Structural design, mainly modular design, is not only for the convenience of disassembly and recycling, but also for the improvement of production efficiency, as modular design can quickly automate the production line.
1. Disposable Vapor environmentally friendly material shell key points: either biodegradable or recyclable
There are already some product cases of environmentally friendly materials such as Disposable Vapor shells, mainly biodegradable materials such as PLA and paper tubes.
Meanwhile, recyclable materials such as TPU and PCR are gradually being applied.
For example, some of the body shells of Zhuolineng's products are made of biodegradable PLA material. In addition, Riot Labs, an electronic cigarette oil manufacturer, has also launched a related product.
PLA is the English abbreviation for polylactic acid, and the full English name is Polylactic Acid or Polylactic acid α- The product of hydroxypropionic acid condensation belongs to a type of thermoplastic aliphatic polyester.
The raw material for PLA polymerization monomers comes from shell crops such as corn, and PLA can be biodegradable under composting conditions. Therefore, it is an environmentally friendly material that is sourced and discarded.
As for the paper tube, there are currently related Disposable Vape product applications available. There is currently some controversy over the application of paper tubes. Some people believe that their mechanical strength, waterproofing, and other properties do not meet the requirements of daily use, but others believe that structural combinations can be used to avoid problems. In short, the application prospects of paper tubes still need to be observed.
Degradable materials are a part of it, but they cannot be used on a large scale at present. Firstly, the material cost is relatively high, and secondly, the processing technology is not yet mature enough.
At this point, the opportunity for recyclable materials comes.
TPU, also known as thermoplastic polyurethane elastomer, is a type of elastomer that can be melted by heating and dissolved by solvents. It has excellent comprehensive properties such as high strength, high toughness, wear resistance, and oil resistance, good processing performance, and can be recycled.
In addition, PC, also known as polycarbonate, has the opportunity to emit light and heat in the trend of environmentally friendly e-cigarettes.
The well-known multinational material enterprise Kesichuang has advanced technology and a large number of application cases in the recycling of polycarbonate.
For example, recycling plastic buckets into recyclable suitcases. In addition, there are many application cases of PCR.
2. Modular design: beneficial for recycling and improving production efficiency
The modular design of Disposable Vapor, the recent EPE AP10000 and EPE AP8000 are such new products. Modular design is equivalent to induction and organization.

For example, the traditional Disposable Vape consists of a suction nozzle+atomization core+oil storage cotton+microphone solution board+battery+shell. After module design, the Disposable Vape consists of an electronic drive (microphone solution board+battery)+oil tank (atomization core+oil storage cotton)+shell.

Of course, modular design is not an easy task, and behind it lies a series of supplier collaborations.
What can be determined is that through modular design, recycling can be achieved through rapid disassembly, and efficiency can be improved through automation at the production end.
In summary, the environmentally friendly trend of Disposable Vapes is rapidly developing, and there is still a huge market for Disposable Vapes, which is expected to benefit related materials and technological processes.