Product Overview
Far Infrared Ceramic Ball is a functional mineral ceramic media designed for water treatment, mineralisation, water activation support, and other functional ceramic applications. The product is manufactured from selected natural mineral materials such as tourmaline, far infrared powder, and kaolin through controlled high-temperature sintering, forming a stable ceramic structure with good hardness, durability, and reliable long-term performance.
In water treatment systems, Far Infrared Ceramic Balls are commonly used as functional ceramic media to support water balance, improve water taste, and enhance overall water quality. Their mineral composition and far infrared related characteristics also make them suitable for industrial heating, agricultural, breeding, building material, and insulation-related applications depending on system design.
Compared with ordinary ceramic media, Far Infrared Ceramic Balls provide additional functional value through their mineral-based composition, stable far infrared performance, and broad compatibility with multi-stage filtration and OEM customised systems.
Key Functions
- Supports water activation in filtration systems
- Helps improve water taste and balance
- Provides far infrared related functional performance
- Supports multi-stage water treatment applications
- Suitable for household and industrial use
- Can be combined with other functional ceramic filtration media
Product Advantages
- Stable far infrared performance with durable ceramic structure
- Made from natural mineral materials through high-temperature sintering
- Long service life with reliable physical stability
- Suitable for water treatment, heating, and functional material applications
- Compatible with OEM filtration and customised systems
- Good hardness and structural stability under normal operating conditions
Technical Parameters
| Parameter |
Specification |
| Test Condition |
50g balls in 500ml water, 24 hours |
| Far-Infrared Wavelength |
5–20 μm |
| Peak Width at Half Height |
58–85.5 Hz |
| Far-Infrared Emission Rate |
90% |
| Far-Infrared Bacteriostatic Rate |
80% |
| Negative Ion Concentration |
250–400 cm³ |
| Bulk Density |
0.74–0.78 g/cm³ |
How It Works
Mineral Interaction
The ceramic balls interact with water through their natural mineral composition and stable ceramic structure, supporting water balance and functional water treatment performance.
Far Infrared Performance
The material is designed to provide far infrared related functional characteristics during use, making it suitable for water treatment and other functional ceramic applications.
Water Quality Support
In filtration systems, Far Infrared Ceramic Balls help support water quality improvement, taste enhancement, and compatibility with multi-stage ceramic media combinations.
Product Applications
- Water purification equipment
- Multi-stage filtration systems
- Household water treatment products
- Industrial heating equipment
- Functional ceramic systems
- Agricultural and breeding related applications
- Building material and insulation related applications
- OEM customised filtration and functional material systems
Frequently Asked Questions
What are Far Infrared Ceramic Balls used for?
They are used in water treatment systems and functional ceramic applications where far infrared mineral materials are required.
Can they be used in water filtration systems?
Yes. Far Infrared Ceramic Balls are widely used in water purification equipment and multi-stage filter systems.
Are they suitable for OEM applications?
Yes. Longxin can supply Far Infrared Ceramic Balls for OEM filtration systems, customised ceramic media blends, and functional product designs.
Can they be used with other ceramic media?
Yes. They are commonly combined with tourmaline ceramic balls, mineral ceramic balls, alkaline ceramic balls, and other functional filtration materials.
What materials are used to make Far Infrared Ceramic Balls?
They are typically made from selected natural mineral materials such as tourmaline, far infrared powder, kaolin, and other functional ceramic components.
