Calcium sulfate Ceramic Balls for Shower Head chlorine removing

Core Functions

Calcium sulfite ceramic balls instantly eliminate residual chlorine in tap water, ensuring safe use for bathing, cooking, and drinking.

2.Stable and Heat-Resistant

Sintered from high-purity calcium sulfite, these balls withstand temperatures up to 600°C while maintaining high chlorine removal efficiency.

3.Chemical-Free & Eco-Friendly

Removes chlorine through a physical reaction—no electricity, no chemical additives, and no secondary pollution. NSF-certified for safety.

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Product Details

ETERNAL WORLD Wholesale Calcium sulfate Ceramic Balls for Shower Head chlorine removing

calcium sulfate ceramic balls

Technical Highlights

High-Purity Calcium Sulfite for Maximum Efficiency

Precisely formulated and high-temperature sintered for fast, stable dechlorination performance.

Low Resistance Design, Smooth Water Flow

Spherical shape ensures maximum contact time without compromising water pressure.

Customizable for Multi-Stage Filtration Systems

Compatible with KDF, activated carbon, mineral balls, and more to achieve multifunctional filtration solutions.

calcium sulfate ceramic balls

Our Advantages:

1.Dust-Free Formulation

Eliminates dust pollution during handling, ensuring a safer and cleaner working environment.

No "white water" (turbidity) observed during initial water flow,preventing secondary contamination.

2.High-Efficiency Chlorine Removal
Rapid and complete reaction with chlorine (Cl₂) and hypochlorous acid (HClO), achieving 99% above efficacy with minimal dosage.
3.Stable & Reliable Quality
Batch-to-batch uniformity with strict control over purity (>90%), particle size, and reactivity for predictable performance.
4.Rigorous QC Testing
Every production lot undergoes multi-stage inspections to meet NSF 177 standards.
5.Data-Backed Performance
Tested and verified by our own lab, 3rd party lab tests and customer trials:
i.>99% chlorine removal at 2 ppm residual Cl₂ with flow rate 7L/Min.
ii.Long-term stability (shelf life: 50g 4000 liters of water).

factory

Test Conditions: Filter Media: CaSO3 Ceramic Balls 0.6-1mm Quantity: 40g Test Conditions: (Tap Water) Inlet Chlorine 2ppm. Water Temperature 40℃. Flow Rate: 7.5L/min Test date: Dec. 19th, 2025
Filtered Capacity (Litre)	Chlorine before filtration (ppm)	Chlorine after filtration (ppm)	Chlorine Removal Rate
500	2.15	0.02	99%
1000	2.04	0.02	99%
1500	2.1	0.04	98%
2000	2.1	0.04	98%
2500	2.02	0.04	98%
3000	1.99	0.1	95%
3250	2.01	0.35	83%
3550	1.98	0.59	70%
4000	2.09	0.69	67%
4500	2.03	0.87	57%

chlorine shower head filter

Vacuum package.
Vacuum Packaging for Guaranteed Performance Stability
To make sure that our calcium sulfite dechlorination ceramic balls hold their chlorine elimination effectivity and bodily integrity at some stage in storage and transportation, we make use of industrial-grade vacuum packaging technology. This technique correctly isolates the product from air and moisture, stopping any degradation in overall performance over time. Vacuum package

Brief Introduction:
The Chlorine Reduction Ceramic Balls, additionally recognized as CaSO3 Calcium Sulfite Ceramic Balls, has a large chlorine casting off effect. It is extensively used in quite a number dechlorane gadgets such as bathe filters, tub filters, swimming pools, bathtub facilities and etc.
Its fundamental feature is to get rid of residual chlorine from water, which includes blended residual chlorine and free residual chlorine:
Reaction with Chlorine Gas (Cl₂)
Chlorine hydrolyzes in water to shape hydrochloric acid (HCl) and hypochlorous acid (HClO). Calcium sulfite reduces Cl₂ to chloride ions (Cl⁻) whilst being oxidized to calcium sulfate (CaSO₄):
CaSO3+Cl2+H2O→CaSO4+2HClCaSO3+Cl2+H2O→CaSO4+2HCl
Ionic Equation:
SO32−+Cl2+H2O→SO42−+2H++2Cl−SO32−+Cl2+H2O→SO42−+2H++2Cl− SIZE ceramic balls

Compared to usual activated carbon for dechlorination, calcium sulfite ceramic balls provide benefits such as long-lasting, excessive efficient, safe, high-temperature resistance, and no bacterial growth. In assessment with KDF copper-zinc alloy, it has a decrease manufacturing value and greater tremendous in disposing of chlorine. Chlorine Removal Test

Add a residual chlorine test reagent to both tap water and water soaked with dechlorination balls. If the water soaked with dechlorination balls does not turn yellow, it indicates that the dechlorination balls can effectively remove the residual chlorine from the water. Chlorine Removal Test

Add blue ink reagent to both tap water and water soaked with dechlorination balls. If the water soaked with dechlorination balls does not turn blue, it indicates that the dechlorination balls can effectively remove industrial pollutants from the water. NSF

NSF Certifies

NSF certifies that the products appearing on this Listing conform to the requirements of NSF/ANSI 42 - Drinking water Treatment Units - Aesthetic rffects
This is the official Listing recorded on January 16,2025.

Functions Package