产品简介
Terahertz Ceramic Ball is a functional ceramic media manufactured from terahertz-related mineral materials and selected energy mineral components through multiple ceramic production processes including powdering, granulation, drying, high-temperature sintering, and screening.
The product is designed for water treatment systems, wellness-related equipment, and various functional ceramic applications. Through controlled mineral composite processing, Terahertz Ceramic Balls provide stable ceramic performance, durable structure, and compatibility with a wide range of household, commercial, and industrial systems.
In water treatment applications, the ceramic balls are commonly used as part of functional filtration systems to support improved water quality and mineral-based water applications. They are also widely used in massage equipment, beauty products, wellness systems, and household functional products due to their stable structure and broad cross-industry usability.
Compared with conventional ceramic filter media, Terahertz Ceramic Balls provide additional functional positioning and wider application flexibility for OEM and customised product development.
产品功能
- Supports water treatment and functional water applications
- Helps improve water quality and user experience
- Suitable for beauty, massage, and wellness related devices
- Supports functional ceramic systems using mineral-based materials
- Compatible with multiple household and industrial applications
- Suitable for combination use with other functional ceramic media
产品优势
- Stable ceramic structure with durable long-term performance
- Manufactured from energy mineral materials through controlled ceramic processing
- Suitable for water treatment and other functional applications
- Compatible with OEM and customised systems
- Long service life with broad application range
- Good compatibility with multi-functional ceramic systems
- Suitable for household, wellness, and industrial products
技术参数
| 参数 |
详情 |
| 产品名称 |
太赫兹球 |
| 外观 |
Dark Grey / Black Ceramic Balls |
| 大小 |
1mm至20mm（可定制） |
| 原料 |
Terahertz Mineral Materials and Functional Energy Minerals |
| Manufacturing Process |
Powdering, Granulation, Drying, Sintering, Screening |
| 产品构造 |
Sintered Functional Ceramic Structure |
| 应用 |
Water Treatment / Wellness Equipment / Functional Ceramic Systems |
如何工作
Mineral Ceramic Interaction
The ceramic balls interact with water and surrounding systems through their mineral composition and stable sintered ceramic structure.
Functional Application Support
The product is designed for use in water systems, wellness-related equipment, and functional ceramic applications where stable mineral ceramic materials are required.
陶瓷性能稳定
The high-temperature sintered structure provides hardness, durability, and suitability for repeated or long-term use in various operating environments.
产品应用
- Water purification equipment
- Showers and bathing systems
- Hot spring and bath related products
- Massage and wellness devices
- Beauty and personal care equipment
- Household products such as cushions and bedding related materials
- Functional industrial and energy related devices
- OEM functional ceramic products
常见问题答疑
What are Terahertz Ceramic Balls used for?
They are used in water treatment systems, wellness products, massage equipment, beauty devices, and other functional ceramic applications.
Can they be used in water filtration systems?
Yes. They are commonly used in water purifiers, shower systems, bath filtration systems, and other functional water treatment equipment.
Are they suitable for OEM applications?
Yes. Longxin supports customised particle size, formulation matching, and OEM packaging according to customer application requirements.
Can they be combined with other ceramic media?
Yes. They are commonly used together with tourmaline ceramic balls, mineral balls, alkaline ceramic media, and other functional filtration materials.
Are Terahertz Ceramic Balls suitable for long-term use?
Yes. The stable sintered ceramic structure provides good durability and long service life under normal operating conditions.
