Product Overview
Tourmaline Ceramic Ball is a functional mineral filtration media designed for water treatment, mineralisation, and multi-stage filtration systems. Manufactured using natural tourmaline mineral combined with ceramic materials through controlled high-temperature sintering, the product forms a stable microporous ceramic structure that supports consistent mineral interaction and reliable long-term filtration performance.
During use, Tourmaline Ceramic Balls interact with water through their mineral composition, helping support mineral balance, improve water taste and odour, and enhance overall water quality stability. The porous ceramic structure also provides additional physical adsorption support, making the product suitable for combination use with activated carbon, mineral balls, antibacterial ceramic media, and other functional filtration materials in multi-stage systems.
Compared with conventional filtration media, Tourmaline Ceramic Balls offer stable structure, long service life, strong compatibility with various filtration configurations, and flexible OEM customisation for size and formulation.
Key Functions
- Enhances water quality through natural mineral interaction
- Supports mild pH adjustment and balanced water conditions
- Helps improve water taste and reduce unpleasant odours
- Provides stable performance in continuous filtration systems
- Supports physical adsorption of selected impurities
- Suitable for use in multi-stage water treatment and mineralisation systems
Product Advantages
- Stable ceramic structure with long service life
- Natural mineral composition with consistent performance
- Supports continuous water treatment applications
- Compatible with household, commercial, and industrial filtration systems
- Suitable for combined use with multi-stage filter media
- Customisable size and mineral formulation for OEM solutions
- Microporous structure supports stable water-media interaction
Technical Parameters
| Parameter |
Specification |
| Product Name |
Tourmaline Ceramic Ball |
| Appearance |
Dark or Mixed Colour Spherical Particles |
| Particle Size |
1–10mm (Customisable) |
| Material Composition |
Tourmaline Mineral + Ceramic Matrix |
| pH Effect |
Mild Alkaline Support |
| Density |
1.3–1.5 g/cm³ |
| Hardness |
High |
| Service Life |
6–12 Months |
How It Works
Mineral Interaction
The ceramic media gradually interacts with water through its natural tourmaline mineral composition, helping improve water balance, stability, and overall treatment quality.
Surface Adsorption
The microporous ceramic structure provides physical adsorption support for selected impurities and odour-causing compounds, helping enhance overall filtration performance.
pH Adjustment Support
The mineral composition can support mild alkalinity under suitable operating conditions, contributing to improved water balance and a better drinking experience.
Product Applications
- Water purifier cartridges
- Multi-stage water filtration systems
- Shower and faucet filters
- Mineralisation filter layers
- Household water treatment equipment
- Commercial drinking water treatment systems
- OEM functional water filter products
Frequently Asked Questions
What is Tourmaline Ceramic Ball used for?
Tourmaline Ceramic Ball is used in water filtration and mineralisation systems to support water quality improvement, mineral balance, odour reduction, and mild pH adjustment.
Can Tourmaline Ceramic Balls improve water taste?
Yes. Their mineral interaction and porous structure can help improve water freshness, reduce unwanted odours, and support a smoother taste.
Can they be used in multi-stage filter systems?
Yes. They are commonly combined with activated carbon, mineral ceramic balls, antibacterial ceramic media, and other functional filtration materials in multi-stage systems.
Can the size and formulation be customised?
Yes. Longxin supports customised particle size, mineral formulation, and OEM supply solutions according to customer filtration system requirements.
What is the typical service life?
Under normal operating conditions, the typical service life is approximately 6–12 months, depending on water quality, system design, and usage frequency.
