Invent
We invent how tobacco meets heat — controlled profiles that draw out aroma and nicotine without crossing the threshold of combustion.
— Creation About Sixhill · Established 2014
Your guide to the heated tobacco world.
A new HNB brand,
built on twenty years
of industrial depth.
Sixhill is a new Heat-Not-Burn (HNB) brand built on the strong industrial foundation of China First Union. Founded in 2004, China First Union is one of the world's earliest and leading one-stop e-cigarette solution providers.
Since 2014, Sixhill has established cooperation in heating tobacco devices with international tobacco companies such as BAT and JTI, as well as with most of local tobacco branches in China. In addition to strong supply chain and manufacturing capabilities, the company is supported by 5 factories, 1 headquarters, and 1 advanced technology institute, with a total area of 100,000 square meters. At the same time, its R&D team has achieved significant breakthroughs in independently developed heating system technologies, including conductive heating, induction heating, and infrared heating.
Sixhill is ready to bring you cutting-edged HNB experience!
Three pillars that define how we build.
Innovate
Conductive, infrared, induction, electromagnetic, thermal-airflow and Heatmaster™. One brand, six in-house heating systems — chosen per product, never per cost.
— SystemsInspire
Five factories, one R&D institute, twenty years of CFU manufacturing. The depth behind a new brand is what makes the new brand possible.
— FoundationThree reasons
Sixhill stands differently.
Advanced Technology
Featuring a range of innovative and distinctive heating technologies — six in-house systems, each tuned to a different way tobacco releases flavor.
Enhanced Experience
Delivering a more premium experience — from the first warm-up to the last draw, with stable curves, even heat and considered hand-feel.
Reliable Quality
Supported by years of industry expertise — five factories, one headquarters, one institute, and a supply chain built for tobacco-grade tolerances.