Comprehensive Engineering Analysis and Specifications of the MYDE Shisha Hookah 120000 Puffs Disposable Vape
Welcome to ELFVAPING, your premier global distributor and online hub for advanced vaping hardware. With over eight years of dedicated experience in the international hardware distribution industry, our enterprise has established itself as a premier destination for businesses seeking reliable infrastructure for their inventory. We operate primarily as a business-to-business wholesale distributor, maintaining a streamlined supply chain that allows us to offer leading brands at highly competitive wholesale rates. Our operational model is designed for accessibility, featuring a minimum order quantity (MOQ) of merely ten pieces. Whether you operate a large-scale retail operation or a specialized boutique, ELFVAPING provides the logistical support and inventory necessary to stock the most highly engineered disposable vapes on the global market.
In this technical dossier, we conduct a thorough examination of the MYDE 120000 Puffs device. Unlike standard consumer descriptions, this document provides a rigorous overview of the material science, electrical engineering, and independent empirical testing methodologies that validate the performance metrics of this high-capacity disposable vape. By emphasizing factual specifications and regulatory compliance, we aim to equip wholesale buyers and informed consumers with the precise data required to make sound procurement decisions.
Material Science and Structural Ergonomics
The physical architecture of the MYDE 120000 Puffs device is meticulously engineered, featuring precise dimensions of 152 millimeters in height, 38 millimeters in width, and 38 millimeters in depth. This cylindrical form factor is not arbitrary; it is calculated to optimize the internal volume required for its substantial 31ML internal reservoir while maintaining an ergonomic profile suitable for standard manual operation.
The primary chassis is constructed from Polycarbonate (PC). From a material science perspective, Polycarbonate is a robust thermoplastic polymer noted for its exceptional dimensional stability, high impact resistance, and superior thermal tolerance compared to standard acrylics or lower-grade plastics. The utilization of PC ensures that the device can withstand the thermal energy generated by the internal 25W heating element without structural deformation or the off-gassing of volatile organic compounds, thus maintaining the structural integrity of the disposable vape throughout its entire operational lifecycle.
Electrical Architecture and Power Delivery
The core of the MYDE device’s electrical system is a rechargeable 18350 lithium-ion battery cell, boasting a verified capacity of 950mAh. The designation “18350” refers to the physical dimensions of the cylindrical cell: 18 millimeters in diameter and 35 millimeters in length. This specific battery chemistry and size were selected to provide a high continuous discharge rate capable of sustaining the device’s maximum power output of 25 Watts.
Advanced Knowledge Point: Ohm’s Law in Vapes
The device operates utilizing a single core, single tank heating element with a measured electrical resistance of 0.38Ω (Ohms). Applying standard electrical principles (Power = Voltage squared divided by Resistance), a 25W output passing through a 0.38Ω resistor requires the battery to deliver approximately 3.08 Volts under load. The 18350 cell’s nominal voltage of 3.7V provides ample headroom, regulated by the internal microcontroller to ensure consistent thermal generation across the lifespan of the disposable vapes.
To facilitate continuous use, the device integrates a Type-C Universal Serial Bus charging port. The Type-C protocol ensures efficient, reversible power delivery, standardizing the charging process and allowing the 950mAh cell to reach optimal capacity efficiently while adhering to standard 5V USB charging parameters.
Aerodynamics and Acoustic Engineering
A critical component of this device’s performance relies on its Direct-to-Lung (DTL) inhalation mechanics. DTL systems require a significantly higher volumetric flow rate of air compared to standard ambient breathing. The MYDE device features a highly calibrated adjustable airflow intake system. By manipulating the physical aperture of the intake vents, users can alter the static pressure within the single tank system, directly influencing the density and volume of the resulting aerosol.
Furthermore, the internal air channel has been acoustically engineered to produce what the manufacturer identifies as a “Shisha Sound.” This is achieved through the specific geometric tapering of the intake manifold, which creates controlled turbulence and acoustic resonance as air passes over the 0.38Ω heating element, providing distinct auditory feedback that mimics traditional water pipe mechanics.
Empirical Testing and Diagnostic Display
Empirical validation of disposable vapes is paramount for wholesale distributors prioritizing quality assurance. During standard industrial testing protocols, devices like the MYDE undergo rigorous multimeter diagnostics to verify the 25W peak output and the 0.38Ω resistance tolerances. Cycle testing of the 18350 battery is conducted using programmable DC electronic loads to measure the true 950mAh capacity under continuous discharge conditions.
To enhance operational transparency, the MYDE is equipped with a centralized Colour Display Screen. This telemetry interface utilizes a micro-controller to interpret voltage drops from the battery and algorithmic tracking of the activation duration to output real-time data to the user. It accurately displays both the remaining electrical charge of the battery and the estimated remaining volume capacity of the 31ML internal reservoir, mitigating the risk of dry activation of the heating core.
Industry Compliance and Quality Assurance
In the modern hardware landscape, adherence to international regulatory standards is a crucial indicator of authority and trust. The electronic components integrated into the MYDE device are manufactured in facilities that adhere to standard electronic industry protocols. The use of Polycarbonate and standard lithium-ion 18350 battery cells aligns with the Restriction of Hazardous Substances (RoHS) directives, ensuring that the internal circuitry is free from excessive amounts of lead, mercury, cadmium, and other restricted heavy metals. Furthermore, end-of-life disposal of such high-capacity disposable vape products should be conducted in accordance with the Waste Electrical and Electronic Equipment (WEEE) directive to ensure environmental sustainability and proper recycling of the lithium-ion power cells.
Detailed Technical Specifications
| Specification Parameter | Measured Value / Details |
|---|---|
| Dimensions (H x W x D) | 152mm * 38mm * 38mm |
| Internal Volume Capacity | 31ML |
| Battery Cell Designation | 18350 Lithium-Ion |
| Electrical Storage Capacity | 950mAh |
| Maximum Power Output | 25W |
| Heating Element Resistance | 0.38Ω |
| Chassis Material | Polycarbonate (PC) |
| Charging Interface | TYPE-C USB Protocol |
| Inhalation Mechanics | DTL (Direct-to-Lung) with Adjustable Airflow |
| Display Telemetry | Colour Display Screen (Battery and Volume metrics) |
Product Variants
The MYDE 120000 Puffs device is manufactured in the following specific variants:
- Grape Mint
- Magic Love
- Watermelon Kiwi
- Strawberry Punch
- Lemon Lime
- Mango Pineapple
- Mixed Berries
- Summer Dream
- Lush Ice
- Two Apple
Hardware Comparison Analysis
MYDE 120000 Puffs
- Output: 25W Peak Performance
- Battery: 18350 / 950mAh
- Resistance: 0.38Ω Precision Core
- Telemetry: Full Colour Diagnostic Display
- Inhalation: Configurable DTL Systems
Standard Industry Alternatives
- Output: Unregulated (Typically 10W-15W)
- Battery: Generic Lithium Polymer (500mAh-600mAh)
- Resistance: 1.0Ω – 1.2Ω High Resistance
- Telemetry: Basic LED Indicator (Low Battery only)
- Inhalation: Fixed Airflow Mechanisms
Frequently Asked Questions (Technical & Procurement)
What defines the 18350 battery specification used in this hardware?
The numerical designation 18350 refers exclusively to the physical dimensions of the lithium-ion cell housed within the device. It measures 18 millimeters in diameter and 35 millimeters in length. This cylindrical configuration offers a superior energy-to-volume ratio compared to flat polymer packs, allowing it to sustain the required continuous discharge for a 25W heating element while storing 950mAh of electrical energy.
How does the adjustable airflow alter the device’s operation?
The adjustable airflow mechanism utilizes a variable mechanical aperture at the base of the unit. By rotating this aperture, the user modifies the volume of ambient air introduced into the central manifold per inhalation. Increasing the airflow cools the 0.38Ω coil more rapidly and dilutes the vapor output, whereas restricting the airflow increases the internal operating temperature and concentrates the output, affecting the thermodynamic balance of the single tank system.
What is the significance of the 0.38Ω resistance rating?
A resistance rating of 0.38Ω categorizes the device within the sub-ohm engineering class. In practical terms, a lower electrical resistance permits a higher current flow from the 950mAh battery at a given voltage. This rapid energy transfer allows the single core heating element to reach optimal vaporization temperatures efficiently, which is the foundational requirement for generating the large vapor volumes associated with Direct-to-Lung (DTL) operation.
Are these disposable vapes suitable for large-scale wholesale procurement?
Absolutely. ELFVAPING operates as a dedicated professional wholesale distributor. The MYDE hardware is manufactured adhering to standard quality control processes, ensuring consistency across large production batches. We facilitate enterprise-level distribution with highly competitive tiered pricing structures, beginning at an accessible minimum order quantity of just 10 pieces to support businesses of all scales.
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