Description
PureChlor 40k Replacement Salt Cell for Saltwater Chlorine Generators
Bring your pool back to peak performance with a high-quality PureChlor replacement salt cell engineered for reliable chlorine production and long-term durability. If your existing salt cell is producing low chlorine levels or showing signs of wear, this direct-fit replacement restores clean, clear, and properly sanitized water.
Efficient & Consistent Chlorine Generation
Built with corrosion-resistant housing and premium coated titanium plates, this PureChlor-compatible salt cell efficiently converts dissolved salt into chlorine through advanced electrolysis. The result is steady sanitizer output, improved water clarity, and reduced dependence on traditional pool chemicals.
Compatible with PureChlor Systems
- Designed for PureChlor salt chlorine generators
- Drop-in replacement design
- Standard plumbing connections for straightforward installation
- No complex setup or programming required
- For pools up to 15k gallons
Long Service Life
This replacement salt cell is designed to last approximately 8,000–10,000 operating hours, depending on water chemistry, maintenance, and seasonal usage. Proper salt levels and balanced pool water can help maximize cell lifespan and overall system performance.
Why Replace Your Salt Cell?
- Restore proper chlorine output
- Prevent algae growth and cloudy water
- Maintain balanced sanitizer levels
- Protect your salt system investment
- Improve swimmer comfort
Keep your saltwater pool running efficiently all season long with a dependable PureChlor replacement cell designed for consistent performance and easy installation.
Important Notice: We offer genuine OEM salt cells only. While aftermarket alternatives may come at a lower upfront cost, many are manufactured with reduced or lower-grade precious metal coatings. High-quality iridium is a critical component of the Mixed Metal Oxide (MMO) coating used on titanium plates. This advanced coating improves chlorine generation efficiency and helps protect the plates from premature wear and corrosion — resulting in longer cell life and more consistent performance.