
Rutland Creosote Antidote Chimney Cleaning Fire Logs 2-Pack Creosote Sweeping Firelogs 2.45 lbs Each Treatment
$31.40
Frequently Asked Questions
- Q: What is Rutland Creosote Antidote™? A: Rutland Creosote Antidote™ is a concentrated cleaning product designed to remove creosote buildup in chimneys. It provides triple the cleaning power compared to conventional creosote removers.
- Q: How do I use the Rutland Creosote Antidote™ fire logs? A: To use, simply place one log into a wood fire or a hotbed of coals. The log will burn and help prevent dangerous creosote buildup in your chimney.
- Q: Are there any additives in the Rutland Creosote Antidote™ fire logs? A: No, Rutland Creosote Antidote™ logs contain no wax additives, which ensures a cleaner burn when treating creosote buildup.
- Q: What happens to the creosote after using these fire logs? A: The fire logs convert creosote buildup into a brushable ash, making it easier to clean the chimney and reducing the risk of chimney fires.
- Q: How many logs are included in a pack? A: Each pack of Rutland Creosote Antidote™ contains two fire logs, with each log weighing 2.45 lbs.
- Q: Is this product made in the USA? A: Yes, Rutland Creosote Antidote™ is proudly made in the USA.
- Q: Will using these logs improve my fireplace's efficiency? A: Yes, burning Rutland Creosote Antidote™ logs can help your fire burn cleaner and improve the efficiency of your fireplace or wood-burning appliance.
- Q: Can I use these logs in any type of fireplace? A: Rutland Creosote Antidote™ logs are designed for use in wood-burning fireplaces, stoves, and inserts. Always check your manufacturer's guidelines before use.
- Q: How often should I use Rutland Creosote Antidote™ logs? A: It is recommended to use Rutland Creosote Antidote™ logs regularly, especially during the burning season, to help maintain a clean and safe chimney.
- Q: What should I do after using the fire logs? A: After burning the logs, allow the ashes to cool and then clean out the brushable ash from your chimney to maintain optimal performance and safety.