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Product Description The CH6 Ceramic Easy-press 510 cartridges are precision manufactured with the highest standards of quality, reliability, and safety. Crafted with the highest quality ceramic material that complies with international food safety standards, CH6 510 thread cartridge delivers an unparalleled vaping experience with its purer flavor and 100% safety assurance. Its sleek transparent glass body design delivers a unique visual experience. Product Specifications Product Specifications Reservoir Volumes: 0.5 mL / 1.0 mL Height: 07in / 2.48 in (52.5 mm / 63 mm) Diameter: φ0.41 in (φ10.5 mm) Weight: 0.37oz / 0.4 oz (6 g / 11.6 g) Resistance: 1.3Ω-1.5Ω Material of Heating Element: Ceramic Material of Tank: Transparent Lead-free Glass Material of Mouthpiece: CeramicRead More
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Product Description Indulge in pure, flavorful clouds with V24's full-ceramic cartridge design. The standardized 510 cartridge design offers versatility in pairing batteries from various brands, ensuring cost-effectiveness and giving you the freedom to customize your vaping experience to your liking. While the transparent glass body elevates your aesthetic senses while providing real-time oil consumption control. Product Specifications Tank Capacity: 2.0ml Resistance: 1.4±0.1ohm Diameter: 14.0mm Length: 59.0mm Weight: 13.6g Heating Element: Ceramic Material of Tank: Transparent Glass Material of Mouthpiece: CeramicRead More
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Product Description The V22™ 510 cartridges will take your cannabis vape flavor to the next level offering the full ceramic cartridge design composed with a ceramic airflow tube and mouthpiece delivering a high potency and pure flavor vaping experience. Product Specifications Reservoir Volume: 0.5 & 1.0 ml Thermo Resistant Glass Housing Varying Inlet Sizes Available to Customize Vapor Feel and Taste Height: 3.9 in / 2.3 in (10.5 mm / 65.9 mm) Diameter: φ0.37 in (φ10.5 mm) Weight: 0.36 oz (10.3 gr) Ceramic mouthpiece bullet tip and duckbill shaped V22: Thread Top Mouthpiece V23: Press Top Mouthpiece Coil Resistance: 1.4±0.1 ΩRead More