CCELL 510 Cartridge TH2-Evomax

The CCELL TH2-EVOMAX is a premium borosilicate glass cartridge engineered for exceptional flavour delivery, reliable performance, and compatibility with a wide range of oil viscosities. Featuring advanced EVOMAX heating technology, it is designed to support consistent vaporization while preserving the natural characteristics of your formulation. The optimized heating structure also makes it particularly well-suited for thicker extracts and high-viscosity formulations.

Built with premium materials, including a borosilicate glass body and a medical-grade stainless steel centre post, the TH2-EVOMAX combines durability, purity, and performance in a sleek, professional cartridge platform.

Features

• Available in 0.5ml and 1ml capacities
• Advanced EVOMAX heating technology
• Premium borosilicate glass body
• Medical-grade stainless steel centre post
• Snap-fit mouthpiece design
• Optimized airflow and oil delivery system
• Designed for high-viscosity formulations
• Anti-clogging and anti-leakage design
• Consistent vapour production and flavour delivery
• Suitable for a wide range of oil types
• Available for custom branding and customization

Specifications

• Tank Capacity: 0.5ml or 1ml
• Dimensions:
  • 0.5ml: Φ10.5 × 51.8 mm
  • 1ml: Φ10.5 × 66.1 mm
• Resistance: 1.7Ω
• Aperture Size: 4 × 2.0 mm
• Body Material: Borosilicate Glass
• Centre Post Material: Medical-Grade Stainless Steel
• Mouthpiece Type: Snap-Fit
• Thread Type: Standard 510

Construction

The TH2-EVOMAX features a premium borosilicate glass reservoir paired with a medical-grade stainless steel centre post, creating a cartridge designed for purity, durability, and dependable long-term performance. Its precision-engineered heating element promotes even heat distribution and efficient vaporization across a variety of formulations.

Why Choose TH2-EVOMAX?

Combining premium materials, advanced EVOMAX technology, and optimized oil-flow performance, the TH2-EVOMAX delivers a refined vaping experience with excellent flavour preservation, smooth vapour production, and dependable compatibility across a wide range of formulations.