Lighter gas 300 ml - Reliable ignition every time
This 300 ml lighter gas is designed for refilling lighters. This universal lighter gas ensures a consistent and reliable flame with every use. It is formulated to provide a clean burn and comes in a handy container with an accurate dosing valve.
Ideal for refilling all standard gas lighters, suitable for both household and professional use.
Convenient refilling with precision
With the specially designed refill nozzle, you can easily and accurately fill your lighter without any waste. The controlled gas flow allows you to dispense just the right amount you need. The valve is constructed to fit most standard lighters on the market, making the refilling process quick and hassle-free.
Cost-effective and environmentally friendly solution
By refilling your lighters instead of purchasing new ones, you save money and reduce waste. A 300 ml bottle is sufficient for several refills depending on the size of your lighter. This makes lighter gas a long-term investment that is both economically sensible and kinder to the environment than disposable lighters.
Technical specifications
This 300 ml lighter gas comes in a safe and durable metal container that meets all safety standards. The gas is purified of impurities to ensure a smooth and stable flame. The container is equipped with a precision valve that prevents leaks and ensures long product life, even after opening.
Key benefits of our lighter gas:
- 300 ml capacity allows for many refills
- Universal refill nozzle fits most lighters
- Purified gas blend ensures a stable and reliable flame
You are always welcome to contact our customer service at web@hw.dk for further information.
Frequently asked questions
What types of lighters can I refill with this gas?
This lighter gas is compatible with most refillable gas lighters on the market, including tabletop lighters and pocket lighters with a standard valve.
How do I store lighter gas safely?
Always store lighter gas out of reach of children, away from direct sunlight and heat sources, and at temperatures below 50°C.
AI has assisted with the text, and therefore errors may occur.