Comprehensive Technical and Logistical Overview of the VAPORSEA 20000 Puffs DSK084
Welcome to ESCO VAPE, the premier destination for high-tier electronic distribution. We operate as specialized online wholesalers, focusing entirely on top brands tailored for the European market. Our extensive catalog includes highly sought-after brands such as Bang Box, RandM Tornado, Elf Box, Doloda, FluuM, VOPK, and Waspe. With over five years of dedicated operational experience, we serve an expansive network of customers worldwide, bridging the gap between retail excellence and wholesale efficiency. Our digital platform provides clear product specifications, verifiable reviews, and professional advice. Whether you are managing a single retail storefront or coordinating international distribution, we make the procurement process highly streamlined. Quality assurance and consistent customer satisfaction form the foundation of our enterprise. Every device we distribute meets stringent quality and safety requirements, ensuring that when you choose ESCO VAPE, you secure top-tier engineering and reliable service. Together, we are elevating the global standards for every disposable vape on the market.
The current focus of this documentation is the VAPORSEA 20000 Puffs DSK084. This specific disposable vape represents a significant leap in long-term usability and internal electronic architecture. Designed specifically for bulk acquisition, this device minimizes the frequency of replacements while maximizing operational uptime. By analyzing its technical parameters, physical constraints, and empirical performance data, distributors can make highly informed purchasing decisions.
Core Engineering Specifications
The architectural framework of the VAPORSEA 20000 Puffs DSK084 is constructed around specific hardware tolerances intended to provide sustained output. The metrics provided below have been verified through rigorous supply chain documentation and empirical hardware testing.
| Maximum Output Capacity | Up to 20,000 cycles |
| Internal Material Reservoir | 15ml Total Volume |
| Battery Specifications | 17350 Form Factor / 850mAh Capacity (Base models may utilize 13450 / 650mAh) |
| Thermal Element Resistance | 1.0 Ohm |
| Thermal Configuration | Dual Mesh Architecture |
| Power Replenishment | Type-C Interface |
| Manufacturing Services | OEM & ODM Supported |
Electromechanical Analysis and Hardware Dynamics
The longevity of this specific disposable vape relies entirely on the precise calibration between its power source and its thermal delivery mechanism. The integration of a 17350 lithium-ion power cell provides a robust 850mAh of usable energy per charge cycle. The designation “17350” signifies the physical dimensions of the cell: 17 millimeters in cylindrical diameter and 35 millimeters in length. This specific spatial footprint allows the manufacturer to maintain a compact exterior chassis while providing substantial power reserves. It is worth noting that while some regional variances may implement a smaller 13450 cell with a 650mAh threshold, the premium tier models distributed to the European sector prioritize the high-density 850mAh configuration to minimize the frequency of recharging sessions.
Connected directly to this power source is the 1.0-ohm dual mesh heating network. From an electrical engineering perspective, applying Ohm’s law (Voltage equals Current multiplied by Resistance) to a standard 3.7-volt lithium-ion cell operating through a 1.0-ohm resistor results in a stable current draw of 3.7 amperes. This produces an output of roughly 13.69 watts. This precise wattage is the empirical “sweet spot” for atomization, ensuring that the components do not exceed optimal thermal thresholds. The dual mesh physical structure is vastly superior to traditional helical wound wires. By utilizing two interwoven metallic grids, the surface area in contact with the internal wicking material is exponentially increased. This expansion facilitates a completely uniform distribution of heat, preventing localized thermal spikes that could degrade the internal materials. The device processes the 15ml internal reservoir steadily, ensuring output consistency from the first cycle to the last.
Knowledge Point: Empirical Testing for Output Validation
When assessing the claim of 20,000 operational cycles, it is critical to understand the empirical methodologies used in modern fabrication facilities. These numbers are not arbitrary; they are derived from automated pneumatic testing apparatuses. These machines simulate standardized usage by applying a consistent vacuum pressure to the mouthpiece of the disposable vapes for a controlled duration—typically 1.0 to 1.5 seconds per activation. The machines log the total number of successful actuations until the 15ml reservoir is fully depleted or the internal cell can no longer maintain voltage. Additionally, the Type-C charging integration is subjected to cycle testing, proving that the 850mAh cell can endure multiple recharge phases without dropping below 80% of its original capacity, thus guaranteeing the device outlasts its internal material supply.
Logistics, Dimensional Weights, and Wholesale Data
For enterprise-level purchasers and international logistics coordinators, understanding the precise physical dimensions and mass of the cargo is non-negotiable. The VAPORSEA 20000 Puffs DSK084 is engineered to be highly portable while maintaining structural integrity. A single unboxed unit carries a mass of precisely 56 grams. This lightweight profile makes it an exceptionally portable disposable vape for the end-user while minimizing air freight expenditures for the wholesaler.
When scaling up to bulk quantities, the packaging math is rigorously standardized. A retail display sleeve contains 10 units and has a combined weight of 570 grams, factoring in the protective cardboard and internal stabilization trays. For large-scale container shipping, the master carton is the primary unit of measurement. Each master carton is packed with 300 individual vapes. The gross weight of a fully loaded master carton is validated at 18 kilograms. The external dimensions of the carton are exact: 56 centimeters in length, 32 centimeters in width, and 24.5 centimeters in height.
Supply Chain Calculation Matrix
| Metric Description | Verified Measurement | Logistical Impact |
| Single Unit Mass | 56 grams | Optimizes individual carrying comfort. |
| Display Pack (10 Units) | 570 grams | Standardizes retail shelving layouts. |
| Master Carton (300 Units) | 18 kilograms | Adheres to standard manual lifting regulations. |
| Carton Dimensions | 56 x 32 x 24.5 CM | Yields 0.0439 CBM per carton for freight. |
By utilizing the volumetric data of 0.0439 cubic meters (CBM) per master carton, logistics planners can accurately execute container load plans. For instance, a standard 20-foot shipping container generally accommodates approximately 28 to 30 usable cubic meters of cargo. Dividing the container capacity by the carton volume reveals that roughly 630 to 680 cartons can be safely loaded into a single twenty-foot equivalent unit (TEU). This translates to an aggregate volume of approximately 189,000 individual vapes per standard sea freight container. This high-density packing efficiency heavily mitigates the per-unit shipping cost, providing a massive financial advantage to the wholesale buyer.
Regulatory Compliance and Custom Manufacturing
ESCO VAPE understands that brand differentiation is vital in the modern market. The VAPORSEA 20000 Puffs DSK084 fully supports OEM (Original Equipment Manufacturer) and ODM (Original Design Manufacturer) integrations. Wholesale clients have the capability to alter external chassis colors, apply proprietary branding, and modify packaging structural designs to meet regional demographic preferences. Throughout this process, strict adherence to international electronic safety regulations is maintained. The hardware inherently aligns with CE (Conformite Europeenne) standards, ensuring that electromagnetic compatibility and operational safety metrics meet European economic area mandates. Furthermore, the internal wiring and structural plastics are compliant with RoHS (Restriction of Hazardous Substances) directives, confirming the absence of restricted heavy metals in the circuitry. For international air transit, the integrated lithium-ion cells are subjected to UN38.3 testing protocols, certifying that the batteries are structurally sound and immune to rapid atmospheric pressure changes.
Available Selections
The following precise variations are available for mass procurement. Please reference these exact designations when compiling wholesale acquisition manifests:
- Blue Razz Ice
- Peach Ice
- Watermelon Ice
- Strawberry Banana
- Mr Blue
- Lemon & Lime
- Strawberry Raspberry
- Grape Ice
- Strawberry Watermelon
- Strawberry Red Bull
- Kiwi Passion Fruit Guava
- Mix Berry
Key Points and Frequently Asked Questions
To ensure total clarity regarding the functional capabilities of these vapes, we have compiled the most critical operational inquiries derived from our extensive wholesale client interactions.
What are the optimal electrical parameters for utilizing the Type-C port?
The integrated Type-C port is engineered to accept standard direct current input. For maximum longevity of the 850mAh lithium-ion cell, it is recommended to use an output source rated at 5 Volts and 1 Ampere (5V/1A). Utilizing high-amperage rapid chargers intended for large telecommunication devices may generate excess thermal load during the charging phase, which can incrementally degrade the internal chemistry of the power cell over time. Adhering to the standard 1A input ensures thermal stability during the energy transfer process.
How does the dual mesh geometry differ from standard heating elements?
A standard heating element relies on a single coil of wire, which concentrates heat into a very narrow physical perimeter. The dual mesh geometry replaces the single wire with two metallic screens operating in parallel at a 1.0-ohm resistance. This spreads the 13.69 watts of thermal energy over a significantly wider surface area. The empirical result is an absence of focused heat stress on the wicking media, ensuring that the final output remains perfectly consistent from the first activation until the 15ml reservoir is entirely exhausted.
What are the environmental recommendations for warehouse storage prior to distribution?
Due to the presence of internal lithium-ion power cells, the master cartons must be stored in climate-controlled environments. The optimal ambient temperature for long-term warehouse storage is between 15 degrees Celsius and 25 degrees Celsius (59 to 77 degrees Fahrenheit). The cartons should be elevated on standard shipping pallets to prevent moisture transfer from concrete flooring and positioned away from direct thermal sources or prolonged ultraviolet exposure. Proper environmental controls ensure the batteries remain perfectly stable during their shelf-life phase.
What protocols govern the OEM process for custom branding?
Initiating an OEM protocol with ESCO VAPE requires communication of specific branding vectors and color hex codes to our manufacturing liaisons. Minimum order quantities (MOQs) apply for customized chassis printing and specialized retail box manufacturing. Once the graphic parameters are approved, a pre-production prototype is rendered. Mass production of the customized vapes only commences following direct client approval of the physical prototype, ensuring total alignment with your corporate identity.
By evaluating the verified engineering metrics, empirical hardware testing, and strict logistical standardization, the VAPORSEA 20000 Puffs DSK084 emerges as an exceptionally reliable asset for international distribution. Trust ESCO VAPE to provide unparalleled access to the highest echelons of the disposable vape sector.
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