Leisure Time - Renew 5 lbs
Leisure Time - Renew 5 lbs
Leisure Time Renew is a non-chlorine shock oxidizer. This fast-dissolving granular rids spa water of residual soaps, deodorants, natural oils, and organic materials that can build-up in spa water. When Renew is added to the spa water, it reacts with the bromide and forms a bromine solution to destroy any microorganisms left behind by the bather. This product pH buffered so it does not affect pH level. It is compatible with chlorine, bromine, ozone, and mineral purification systems.
Ingredients: Potassium Peroxymonosulfate* 32.2%
Constituents ineffective as adjuvants 67.8%
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Leisure Time - Renew 5 lbs
Leisure Time - Renew 5 lbs
Leisure Time - Renew 5 lbs
Leisure Time Renew is a non-chlorine shock oxidizer. This fast-dissolving granular rids spa water of residual soaps, deodorants, natural oils, and organic materials that can build-up in spa water. When Renew is added to the spa water, it reacts with the bromide and forms a bromine solution to destroy any microorganisms left behind by the bather. This product pH buffered so it does not affect pH level. It is compatible with chlorine, bromine, ozone, and mineral purification systems.
Ingredients: Potassium Peroxymonosulfate* 32.2%
Constituents ineffective as adjuvants 67.8%
Original: $55.99
-65%$55.99
$19.60Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Leisure Time - Renew 5 lbs
Leisure Time Renew is a non-chlorine shock oxidizer. This fast-dissolving granular rids spa water of residual soaps, deodorants, natural oils, and organic materials that can build-up in spa water. When Renew is added to the spa water, it reacts with the bromide and forms a bromine solution to destroy any microorganisms left behind by the bather. This product pH buffered so it does not affect pH level. It is compatible with chlorine, bromine, ozone, and mineral purification systems.
Ingredients: Potassium Peroxymonosulfate* 32.2%
Constituents ineffective as adjuvants 67.8%
