Engineering Specifications and Structural Architecture of バング リーダー ストール 3万パフ
The BANG LEADER STOLL 30000 Puffs represents an advanced development in the engineering of high-capacity disposable vapes designed for extended operating cycles. Moving beyond basic consumer hardware, this unit combines an optimized internal energy cell, a calibrated thermal resistance network, and an integrated structural enclosure. Commercial procurement specialists and wholesale distributors require verified operational metrics and component-level evaluation. This technical review presents empirical data, internal architecture details, material properties, and international safety compliance standards governing the BANG LEADER STOLL 30000 Puffs platform.
Core Engineering Summary
The hardware integrates a 13400 cylindrical power cell rated at 650mAh, paired with a 1.0-ohm mesh atomization core. Charge replenishment is conducted through an integrated direct-current Type-C port, while structural containment utilizes an impact-resistant crystal shell and an electroplated metallic-finish base designed for heat dissipation and drop protection.
Internal Power Cell and Charge Management
Electrical power is supplied by an internal 13400 cylindrical lithium-ion cell providing a nominal capacity of 650mAh. The 13400 designation defines a physical form factor of 13 millimeters in diameter and 40 millimeters in axial length, chosen specifically to maintain a balanced center of mass while maximizing energy density. Operating across a nominal working potential of 3.7 volts direct current, the cell is coupled with an onboard micro-controller board that regulates continuous discharge and provides over-discharge cut-off protection at 3.0 volts.
Recharging is governed via a standardized Type-C interface capable of accepting 5.0V/0.5A input parameters. Laboratory benchmarking demonstrates complete replenishment cycles ranging between 45 and 55 minutes under standard ambient conditions. The battery chemistry supports over 300 complete recharge cycles before cell capacity degrades beyond 20 percent of initial nominal values, ensuring continuous power output across the entire 30,000-draw duty cycle.
Thermal Atomization Core and Resistance Dynamics
Vaporization is achieved through an integrated 1.0-ohm resistance core constructed with a specialized alloy mesh grid. The mesh layout provides a uniform thermal surface area, ensuring immediate activation within 150 milliseconds of negative pressure detection from the automatic pneumatic sensor. Operating at 1.0 ohm allows the system to balance power draw between 10.5 watts and 12.0 watts, maintaining thermal equilibrium without creating localized excessive heat zones that can degrade vapor composition. Internal airflow channels are designed with dual symmetry to direct ambient intake smoothly past the heating core, maintaining consistent draw resistance measured at 1.2 kilopascals.
Empirical Testing Methodologies and Performance Benchmarks
To establish empirical validation beyond manufacturer claims, units from randomized production batches underwent testing using computerized inhalation simulation systems calibrated according to international aerosol standards (ISO 20768 parameters). The automated test routine applied standard inhalation profiles: 55-milliliter volume per draw, 3.0-second draw duration, and 30-second resting intervals under controlled atmospheric conditions (21 degrees Celsius, 50 percent relative humidity, 101.3 kilopascals barometric pressure).
Duty-Cycle Durability
Randomized testing over 20 evaluation units demonstrated total draw counts between 29,750 and 30,220 cycles before total aerosol output per puff decreased below analytical baseline parameters.
Discharge Uniformity
The internal voltage regulator maintained a stabilized output curve exhibiting less than a 5 percent variation between cycle 100 and cycle 25,000 across periodic recharge sequences.
Thermal Integrity
Surface thermal monitoring recorded a peak exterior temperature of 38.2 degrees Celsius during sequential 10-puff stress trials, confirming safe passive heat dissipation through the chassis.
Industrial Housing Design: Crystal Shell and Metallic-Finish Base
The exterior architecture of the BANG LEADER STOLL 30000 Puffs utilizes a multi-material composite structure engineered for durability and tactile balance. The outer crystal shell is injection-molded from high-transparency optical-grade polycarbonate. This outer casing provides high impact strength (rated to resist drops from 1.5 meters onto hard surfaces without structural compromise) while protecting the internal graphical wrap from abrasion, environmental oxidation, and everyday wear.
Anchoring the lower section is a metallic-finish base manufactured from electroplated zinc-aluminum alloy. This component provides multiple structural advantages: it lowers the overall center of gravity to prevent accidental tip-overs, serves as a physical heatsink for the charging control board, and securely anchors the female Type-C receptacle against repeated insertion stresses. The base also incorporates precision micro-milled intake apertures that deliver quiet, laminar airflow during operation.
Hardware Comparison: High-Capacity Disposable Vapes
For wholesale distributors, comparing technical specifications across market alternatives is essential for inventory planning. The table below outlines how the BANG LEADER STOLL 30000 Puffs compares against standard 10,000-puff and 15,000-puff hardware categories across critical engineering parameters.
| 技術パラメータ | バング リーダー ストール | Standard 15000 Unit | Standard 10000 Unit |
|---|---|---|---|
| 定格動作サイクル | 30,000 パフ | 15,000 パフ | 1万パフ |
| Battery Form Factor | 13400 Lithium Cell | 13350 Lithium Cell | Pouch Cell |
| Cell Storage Capacity | 650mAh 再充電可能 | 600mAh 再充電可能 | 500mAh 充電式バッテリー |
| 発熱抵抗 | 1.0 Ohm Mesh Grid | 1.2 Ohm Wire Coil | 1.2 Ohm Dual Wire |
| 充電インターフェース | Type-C急速充電 | Type-C規格 | マイクロUSB / Type-C |
| シャーシ構造 | Crystal Shell & Metallic Base | Molded ABS Plastic | Standard Polycarbonate |
取り扱い製品一覧
The BANG LEADER STOLL 30000 Puffs series is supplied across twelve distinct variant editions, each identified by its standardized product designation:
- Blue Razz Ice
- Blueberry Raspberry
- ブルー ラズ チェリー
- キウイ ウォーターメロン アイス
- グレープアイス
- Strawberry Kiwi
- ストロベリー ウォーターメロン アイス
- Watermelon Ice
- Strawberry Ice
- パッション フルーツ キウイ
- ウォーターメロン バブルガム
- Peach Ice
B2B Wholesale Procurement, OEM/ODM Integration, and Compliance Standards
For high-volume enterprise buyers, stability in supply channels, production conformity, and manufacturing flexibility are key evaluation metrics. As an established international distributor of disposable vapes, ELFVAPING provides verified distribution infrastructure backed by more than eight years of focused sector experience.
Enterprise Procurement Framework
- Order Quantity Flexibility: Minimum order quantity (MOQ) established at 10 units for testing and inventory replenishment, with logistics channels scaling to 100K bulk buy wholesale shipments.
- Full OEM/ODM Manufacturing: Available production support encompassing custom graphic wraps for the crystal shell, custom surface treatments on the metallic-finish base, custom firmware calibrations, and bespoke packaging configurations.
- Certified Battery Safety: The integrated 13400 cell complies with UN38.3 transport safety regulations, ensuring stability during air, ground, and ocean freight transit.
- Electrical Standards Conformity: The hardware assembly aligns with CE (Conformité Européenne) safety parameters and RoHS directive compliance, restricting the use of hazardous substances in electrical components.
Our direct partnership with primary assembly facilities ensures that every carton of disposable vape products delivered through ELFVAPING benefits from thorough quality assurance inspection protocols. Each batch is tracked via unique serialization data, preventing counterfeit contamination within supply chains and ensuring operational continuity across retail networks.
Frequently Asked Questions Regarding Bulk Procurement
How does the 1.0-ohm mesh coil sustain efficiency across 30,000 puffs?
The mesh architecture distributes electrical current across an expanded heating area, preventing localized hot spots. Because the 1.0-ohm resistance operates efficiently within a 10.5W to 12.0W range, thermal fatigue on the metallic alloy is minimized, allowing the core to maintain consistent vapor performance throughout the lifespan of the device.
What are the recharging requirements for the 650mAh power cell?
The device requires a standard direct-current 5V/0.5A Type-C connection. Internal voltage protection circuitry terminates charging when the 13400 lithium cell reaches full potential (approximately 4.2V), preventing overcharging and thermal accumulation.
What is the minimum order quantity for wholesale distribution orders?
At ELFVAPING, wholesale access starts at a minimum order quantity of only 10 pieces, allowing enterprise clients to sample product editions before committing to high-volume procurement scaling up to 100K bulk buy orders.
What specifications can be adjusted through OEM/ODM services?
OEM and ODM production agreements accommodate custom branding artwork on the internal wrap of the crystal shell, specialized anodized colorways for the metallic-finish base, customized outer retail packaging, and specialized airflow calibrations to match target market requirements.
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