Advanced Engineering and Distribution of the BANG BLAZE 150K Series
Welcome to the technical documentation and product briefing for the BANG BLAZE 150K series, provided by ELFVAPING. As an established entity with over eight years of specialized experience in global distribution, we function as a premier professional wholesale hub for advanced disposable vapes. Our organizational infrastructure is built upon delivering meticulously engineered devices that meet rigorous international standards. We facilitate access to premium disposable vapes at highly competitive wholesale pricing structures, maintaining a remarkably accessible minimum order quantity (MOQ) of merely 10 pieces. Whether you are scaling a regional operation or managing a comprehensive retail enterprise, partnering with us ensures that you secure the most reliable disposable vape inventory direct from our streamlined supply chain. This document serves as a comprehensive empirical and technical guide to the structural, operational, and logistical parameters of the BANG BLAZE 150K device.
Technical Specifications and Device Architecture
The physical architecture of a vape dictates its ergonomic viability and internal component integration. The BANG BLAZE 150K is constructed with precision dimensions to house its extensive 15ML internal reservoir and power management systems. Below is the unedited empirical data regarding the device specifications, derived directly from manufacturing schematics and verified through secondary logistical auditing.
| Device Nomenclature | BANG BLAZE 150K Series |
| Reservoir Capacity | 15 ML |
| Heating Element | 1.0 Ohm Mesh Coil |
| Power Cell Model | 18250 Lithium-Ion |
| Power Cell Capacity | 600 mAh |
| Charging Interface | Type-C Port |
| Telemetry | Integrated Digital Display |
| Individual Device Dimensions | 34 * 23 * 97 MM |
| Individual Device Mass | 75 Grams |
Thermodynamics and the 1.0 Ohm Mesh Coil
The vaporization process within modern disposable vapes relies heavily on the specific resistance of the internal heating element. The BANG BLAZE series utilizes a 1.0-ohm mesh coil architecture. Unlike traditional wound wire coils, a mesh lattice provides a significantly expanded surface area. From an empirical standpoint, this increased surface contact with the internal wicking material ensures a more uniform thermal distribution profile. When electrical current passes through the 1.0-ohm resistor, the thermal ramp-up time is reduced to milliseconds, allowing for consistent vaporization without creating localized hot spots that could degrade the structural integrity of the internal formulation.
Operating at 1.0 ohm positions this device perfectly within the parameters of mouth-to-lung (MTL) inhalation physics. The draw resistance is carefully calibrated to match the natural atmospheric pressure changes generated by human inhalation, providing a smooth and highly controlled aerosol output. Independent mechanical testing confirms that the mesh structural integrity is maintained throughout the lifespan of the 15ML internal reservoir, ensuring output consistency from the first activation to the final cycle.
Power Delivery: 18250 Battery Chemistry and Type-C Efficiency
To facilitate continuous operational readiness, this vape integrates a specialized 18250 lithium-ion power cell. The nomenclature “18250” denotes the physical dimensions of the cylindrical cell (approximately 18mm in diameter and 25mm in length), making it an optimal choice for compact consumer electronics requiring reliable burst current. With a stated capacity of 600mAh, the battery provides ample watt-hours to support prolonged intervals of usage between charging cycles.
The integration of a Type-C charging port elevates the device’s electrical efficiency. Type-C protocols allow for bidirectional power negotiation and standardized 5V continuous input, significantly minimizing the time required to restore the 600mAh cell to maximum capacity. Furthermore, the inclusion of a digital display allows the user to monitor telemetry data directly. This optical readout mitigates user anxiety by providing empirical, real-time measurements of the remaining charge voltage and operational status, representing a massive leap in user-interface design for disposable vapes.
Empirical Testing and Quality Assurance Methodology
Authority in the manufacturing space requires transparent testing protocols. Devices distributed by ELFVAPING undergo systematic evaluation to ensure compliance with stated operational limits. The puff rating methodology involves automated pneumatic simulators that replicate standard human inhalation volume and duration. These machines generate a consistent vacuum, measuring the precise degradation of the 15ML internal reservoir over tens of thousands of cycles.
Beyond inhalation simulation, the 18250 battery cells are subjected to rigorous charge/discharge cycle testing to verify thermal stability under rapid energy depletion conditions. Drop testing is conducted from standardized heights (typically 1.5 meters) onto concrete surfaces to validate the structural integrity of the polymer chassis and the internal soldered connections of the digital display. Only devices that successfully pass these multi-variable stress tests are approved for mass distribution, ensuring that our clients receive a product that functions flawlessly in real-world environments.
Available Profiles
The following options are currently available for the BANG BLAZE series. This inventory represents the complete catalog of manufactured variants ready for wholesale deployment:
Blueberry Ice
Blueberry Raspberry
Grape Ice
Peach Ice
Mixed Berry
Mango Ice
Strawberry Watermelon
Strawberry Banana
Strawberry Kiwi
Blueberry Red Bull
Blueberry Watermelon
Wholesale Distribution and Supply Chain Logistics
For commercial entities and distribution partners, understanding the physical logistics of inventory management is critical for calculating shipping costs and warehouse space. ELFVAPING has optimized the packaging parameters to maximize freight efficiency and minimize dimensional weight penalties imposed by global couriers.
Verified Packaging Architecture
- Individual Small Box: 40 * 25 * 113 MM (Contains 1 device)
- Intermediate Display Box: 131 * 83 * 116 MM (Contains 10 devices, Total Mass: 750 Grams)
- Master Transport Carton: 61.5 * 28 * 34.5 CM
- Carton Capacity: 300 individual devices per carton
- Master Carton Gross Mass: 23.5 Kilograms
By standardizing the master carton dimensions at 61.5 * 28 * 34.5 CM, we ensure that palletization conforms to standard ISO transport containers. A mass of 23.5 kilograms per carton falls well within the safety parameters for manual handling by logistics personnel, while maintaining a high density of product per cubic meter. With our MOQ set at just 10 pieces (equivalent to one intermediate display box), we provide unprecedented flexibility for both localized retailers and massive distribution networks to scale their disposable vapes inventory.
Regulatory Adherence and Production Authority
Operating within the international consumer electronics and vaporization markets requires stringent adherence to safety and environmental directives. Devices within the BANG BLAZE series are manufactured in facilities that observe ISO 9001 quality management principles. Furthermore, the electronic components, including the 18250 battery and the digital telemetry circuitry, are designed in alignment with RoHS (Restriction of Hazardous Substances) and CE compliance parameters. This ensures that the heavy metals often associated with inferior electronics are entirely excluded from the manufacturing process, safeguarding both the end-user and the global environment.
Market Comparison Analytics
To assist procurement officers in making data-driven purchasing decisions, we have synthesized a comparative breakdown demonstrating the structural advantages of the BANG BLAZE series against standard, legacy market offerings.
BANG BLAZE Series Architecture
Features a 1.0-ohm mesh lattice heating system for advanced thermal consistency, a high-density 15ML internal reservoir, integrated digital telemetry for real-time battery mapping, and rapid Type-C restorative charging. Evaluated through strict pneumatic draw simulations for quality consistency.
Standard Legacy Disposable Vapes
Typically rely on antiquated wound wire coils that create uneven thermal zones, lack visual data interfaces, utilize micro-USB or non-rechargeable designs, and often fail to provide standardized supply chain carton metrics, leading to unpredictable shipping logistics and failure rates.
Core Engineering Knowledge Points
Mesh Coil Physics
A mesh lattice expands the surface area making contact with the saturation material. This minimizes the required wattage to achieve vaporization temperatures, thereby prolonging the functional lifespan of the 600mAh battery while preventing compound degradation.
Volumetric Weight Calculation
In global logistics, a carton measuring 61.5x28x34.5cm holds a dimensional volume of approximately 0.059 cubic meters. This calculation is crucial for B2B buyers to accurately forecast sea-freight or air-cargo expenses prior to finalizing their wholesale acquisition.
Digital Telemetry Systems
The integration of onboard microcontrollers allows the device to measure voltage drops across the battery cell. This data is converted into a readable format on the digital display, shifting the product from an analog tool to an intelligent, monitorable hardware device.
Logistics and Operational FAQ
What constitutes the minimum order threshold at ELFVAPING?
We maintain an exceptionally accessible minimum order quantity (MOQ) of exactly 10 pieces. This aligns perfectly with the physical packaging of one intermediate display box, ensuring pristine handling and allowing for low-risk market testing by smaller retailers.
How should the 18250 battery cell be maintained?
The device features a Type-C input. It should be connected to a standard 5V/1A or 5V/2A power adapter. Due to lithium-ion chemistry limitations, it is advised not to leave the device connected to a continuous power source for extended periods beyond reaching maximum capacity, as monitored via the digital display.
What are the optimal storage conditions for bulk master cartons?
For long-term warehouse storage, the 23.5KG master cartons should be kept in a climate-controlled environment, ideally between 15°C and 25°C. Extreme thermal fluctuations can negatively impact both the stability of the 15ML internal reservoir and the resting voltage of the 18250 power cells.
Does ELFVAPING verify supply chain integrity?
Yes. With our extensive background spanning over eight years in the industry, every unit distributed through our wholesale channels is subjected to multi-point inspections. We guarantee factory-direct authenticity and compliance with stated engineering specifications, protecting your enterprise from counterfeit or substandard inventory.
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